m capture m ·ý»ñ
m electron m µç×Ó
m line mÏß
m radiation m·øÉä
m shell m¿Ç²ã
m/n ratio Àë×Ó¶Ô²ú¶î
mach cone ÂíºÕ׶
mach effect ÂíºÕЧӦ
mach number ÂíºÕÊý
mach region ÂíºÕÇø
mach wave ÂíºÕ²¨
mache unit ÂíºÕµ¥Î»
machine ·¢¶¯»ú
mackintoshite ºÚÓËîÊ¿ó
macro analysis ³£Á¿·ÖÎö
macroexamination ºê¹Û¼ìÑé
macrography ÈâÑÛ¼ì²é
macromolecule ´ó·Ö×Ó
macroparticle ºê¹ÛÁ£×Ó
macroporosity ºê¹Û¿×϶¶È
macroreticular ion exchange resin ´ó¿×ÐÍÀë×Ó½»»»Ê¬
macroscopic cross section ºê¹Û½ØÃæ
macroscopic fission cross section ºê¹ÛÁѱä½ØÃæ
macroscopic flux distribution ºê¹ÛͨÁ¿·Ö²¼
macroscopic flux variation ºê¹ÛͨÁ¿±ä»¯
macroscopic instability ºê¹Û²»Îȶ¨ÐÔ
macroscopic particle ºê¹ÛÁ£×Ó
macroscopic property ºê¹ÛÌØÐÔ
macroscopic reactor theory ºê¹Û·´Ó¦¶ÑÀíÂÛ
macroscopic removal cross section ºê¹ÛÒƳö½ØÃæ
macroscopic scattering cross section ºê¹ÛÉ¢Éä½ØÃæ
macroscopic slowing down power ºê¹ÛÂý»¯ÄÜÁ¦
macroscopic state ºê¹Û̬
macroscopic transport cross section ºê¹ÛÊäÔ˽ØÃæ
macrosegregation ºê¹ÛÆ«Îö
macrostate ºê¹Û̬
macrostructure ºê¹Û×éÖ¯
magamp ´Å·Å´óÆ÷
magic hand »úеÊÖ
magic isotope »ÃÊýͬλËØ
magic n nucleus »ÃÖÐ×ÓºË
magic nucleus »ÃÊýºË
magic number »ÃÊý
magic z nucleus »ÃÖÊ×ÓºË
magnalium Ã¾ÂÁºÏ½ð
magnesiothermy Ã¾ÈÈ·¨
magnesium Ã¾
magnesium reduction Ã¾»¹Ô­
magnet ´Åʯ
magnet coil Àø´ÅÏßȦ
magnetic amplifier ´Å·Å´óÆ÷
magnetic analysis ´Å·ÖÎö
magnetic analyzer ´Å·ÖÎöÆ÷
magnetic barriers ´Å¾µ
magnetic beta spectrometer ´ÅÆ×ÒÇ
magnetic bottle ´ÅÆ¿
magnetic bremsstrahlung ´ÅéíÖ·øÉä
magnetic bundle ´ÅÊø
magnetic chamber ´ø´Å³¡µÄÍþ¶ûÑ·ÔÆÊÒ
magnetic cloud chamber ´ø´Å³¡µÄÍþ¶ûÑ·ÔÆÊÒ
magnetic confinement ´ÅÔ¼Êø
magnetic confinement fusion ´ÅÔ¼Êø¾Û±ä
magnetic core ´ÅÐÄ
magnetic declination ´ÅÆ«½Ç
magnetic deflection ´Åƫת
magnetic deflector ´ÅƫתÆ÷
magnetic dipole ´Åż¼«×Ó
magnetic dipole density ´Åż¼«×ÓÃܶÈ
magnetic dipole moment ´Åż¼«¾Ø
magnetic dipole radiation ´Åż¼«·øÉä
magnetic dipole transition ´Åż¼«Ô¾Ç¨
magnetic disk ´ÅÅÌ
magnetic disorder ´ÅÎÞÐò
magnetic domain ´Å³ë
magnetic double layer Ë«´Å²ã
magnetic drum ´Å¹Ä
magnetic electron spectrometer µç×Ó´ÅÆ×ÒÇ
magnetic energy ´ÅÄÜ
magnetic field ´Å³¡
magnetic field coil ´Å³¡ÏßȦ
magnetic field configuration ´Å³¡ÐÎ̬
magnetic field discontinuity ´Å³¡²»Á¬ÐøÐÔ
magnetic field index ´Å³¡Ö¸Êý
magnetic flux ´ÅͨÁ¿
magnetic flux density ´ÅͨÁ¿ÃܶÈ
magnetic focusing ´Å¾Û½¹
magnetic force ´ÅÁ¦
magnetic formfactor ´ÅÐÎ×´Òò×Ó
magnetic fusion device ´Å¾Û±ä×°ÖÃ
magnetic fusion energy ´Å¾Û±äÄÜ
magnetic fusion test facility ´Å¾Û±äÊÔÑé×°ÖÃ
magnetic gate ´ÅÃÅ
magnetic gradient accelerator ´ÅÌݶȼÓËÙÆ÷
magnetic hysteresis ´ÅÖÍ
magnetic inelastic scattering ´ÅÐԷǵ¯ÐÔÉ¢Éä
magnetic inspection ´ÅÐÔ̽ÉË
magnetic intensity ´Å³¡Ç¿¶È
magnetic interaction ´ÅÏ໥×Ã
magnetic ion ´ÅÐÔÀë×Ó
magnetic ion source ´ÅÀë×ÓÔ´
magnetic isotope separation Ôڴų¡ÖзÖÀë
magnetic isotope separator ´ÅͬλËØ·ÖÀëÆ÷
magnetic leakage ´Åй©
magnetic lens ´Å͸¾µ
magnetic line of force ´ÅÁ¦Ïß
magnetic mass spectrometer ´ÅÖÊÆ×ÒÇ
magnetic mirror effect ´Å¾µÐ§Ó¦
magnetic mirrors ´Å¾µ
magnetic moment ´Å¾Ø
magnetic moment of an atom or nucleus Ô­×Ó»òºË´Å¾Ø
magnetic moment of an orbital electron ¹ìµÀµç×ӴžØ
magnetic moment of atom Ô­×ӴžØ
magnetic multipole radiation ´Å¶à¼«·øÉä
magnetic needle ´ÅÕë
magnetic neutron scattering ÖÐ×Ó´ÅÐÔÉ¢Éä
magnetic octupole radiation ´Å°Ë¼«·øÉä
magnetic pair spectrometer ´Å¶ÔÆ×ÒÇ
magnetic permeability ´Åµ¼ÂÊ
magnetic perturbation ´ÅÈŶ¯
magnetic pinch effect ´ÅÊÕËõЧӦ
magnetic plasma accelerator ´ÅµÈÀë×ÓÌå¼ÓËÙÆ÷
magnetic plasmoid ´ÅµÈÀë×ÓÁ£ÍÅ
magnetic pole ´Å¼«
magnetic potential ´Åλ
magnetic potential difference ´ÅÊƲî
magnetic pumping ´Å³éÔË
magnetic quadrupole radiation ´ÅËļ«·øÉä
magnetic quantum number ´ÅÁ¿×ÓÊý
magnetic remanence Íç´Å
magnetic resonance ´Å¹²Õñ
magnetic resonance acceleator »ØÐý¼ÓËÙÆ÷
magnetic resonance spectrometer ´Å¹²ÕñÆ×ÒÇ
magnetic resonance spectrum ´Å¹²ÕñÆ×
magnetic rigidity ´Å¸Õ¶È
magnetic saturation ´Å±¥ºÍ
magnetic scattering ´ÅÉ¢Éä
magnetic scattering amplitude ´ÅÐÔÉ¢Éä·ù¶È
magnetic separation ´ÅÁ¦·ÖÀë
magnetic separator ´ÅÁ¦·ÖÀëÆ÷
magnetic shield ´ÅÆÁ±Î
magnetic spark spectrometer ´Å»ð»¨Æ×ÒÇ
magnetic spectrograph ´ÅÉãÆ×ÒÇ
magnetic spectrometer ´ÅÆ×ÒÇ
magnetic splitting ´Å·ÖÁÑ
magnetic strength ´Å³¡Ç¿¶È
magnetic striction ´ÅÖÂÉìËõ
magnetic surface ´ÅÃæ
magnetic susceptibility ´Å»¯ÂÊ
magnetic tape ´Å´ø
magnetic thin film storage ´ÅÐÔ±¡Ä¤´æ´¢Æ÷
magnetic transition ´ÅԾǨ
magnetic type fusion reactor ´Åʽ¾Û±ä·´Ó¦¶Ñ
magnetic well ´ÅÚå
magnetically confined plasma ´ÅÔ¼ÊøµÈÀë×ÓÌå
magnetism ´Å
magnetite concrete ´ÅÌú¿ó»ìÄýÍÁ
magnetization ´Å»¯
magnetization curve ´Å»¯ÇúÏß
magnetized plasma ´Å»¯µÈÀë×ÓÌå
magnetizing ´Å»¯
magneto ionic isotope separator ´Å»¯Àë×ÓͬλËØ·ÖÀëÆ÷
magneto plasma wave ´ÅµÈÀë×ÓÌ岨
magnetoactive plasma ´Å»î»¯µÈÀë×ÓÌå
magnetochemical analysis ´Å»¯Ñ§·ÖÎö
magnetochemistry ´Å»¯Ñ§
magnetoconductivity µ¼´ÅÂÊ
magnetofluid mechanics ´ÅÁåÁ¦Ñ§
magnetogasdynamic accelerator ´ÅÆøÌ嶯Á¦¼ÓËÙÆ÷
magnetohydrodynamic conversion ´ÅÁåת»»
magnetohydrodynamic effect ´ÅÁ嶯Á¦Ñ§Ð§Ó¦
magnetohydrodynamic flow ´ÅÁåÁ÷
magnetohydrodynamic instability ´ÅÁåÁ¦Ñ§²»Îȶ¨ÐÔ
magnetohydrodynamic waves ´ÅÁ岨
magnetohydrodynamics ´ÅÁ嶯Á¦Ñ§
magnetometer ´ÅÇ¿¼Æ
magnetomotive force ´ÅͨÊÆ
magneton ´Å×Ó
magnetoplasma ´ÅµÈÀë×ÓÌå
magnetoplasmadynamics ´ÅµÈÀë×ÓÌ嶯Á¦Ñ§
magnetoresistance effect ´Å×èЧӦ
magnetoresistive effect µç´ÅЧӦ
magnetostriction ´ÅÖÂÉìËõ
magnetron ´Å¿Ø¹Ü
magnetron ion source ´Å¿Ø¹ÜÀë×ÓÔ´
magnification ·Å´ó
magnifier ·Å´ó¾µ
magnifying glass ·Å´ó¾µ
magnon ´ÅÕñ×Ó
magnox Ã¾Åµ¿Ë˹ºÏ½ð
magnox reactor Ã¾Åµ¿Ë˹ÐÍ·´Ó¦¶Ñ
mahnetic separator ´ÅͬλËØ·ÖÀëÆ÷
main control room panel ÖØÖÆÊÒÒDZí°å
mains input µçÔ´µçѹ
mains voltage µçÔ´µçѹ
maintaining voltage ¹¤×çѹ
maintainingvoltage ¹¤×çѹ
maintenance Î¬ÐÞ
maitlandite îÊ֬ǦÓË¿ó
major accident ÖØ´óʹÊ
major diameter Í⾶
major semi axis ³¤°ëÖá
majorana force ÂíÔ¼À®ÄÉÁ¦
majorana particle ÂíÔ¼À®ÄÉÁ£×Ó
majorana spinor ÂíÔ¼À®ÄÉÐýÁ¿
make up ²¹³¥
make up pump ²¹¸ø±Ã
make up shielding ²¹³äÆÁ±Î
make up system ²¹¸øϵͳ
make up water ²¹¸øË®
malacon Ë®ï¯Ê¯
maldistribution ·Ö²¼ÆÆ»µ
malfunction detection analyzer Îó¶¯×ì³ö·ÖÎöÆ÷
malignant tumor ¶ñÐÔÖ×Áö
mamu Ç§·ÖÖ®Ò»Ô­×ÓÖÊÁ¿µ¥Î»
man day È˹¤×Õ
man made isotope È˹¤Í¬Î»ËØ
man rad per mwy ÈË À­µÂ/Õ×ÍßÄê
man roentgen equivalent ÉúÎïÂ×ÇÙµ±Á¿
man year of inspection ¼à²éµÄÈËÄê
manganese ÃÌ
manganese autunite ÃÌÓËÔÆĸ
manganin ÃÌÄøÍ­ºÏ½ð
manhattan project Âü¹þ¶Ù¼Æ»®
manifold ¼¯ºÏ
manifold exhaust Æç¹ÜÅÅÆø
manifold of electronic states µç×Ó״̬ºÏ
manipulation ²Ù×÷´¦Àí
manipulator »úеÊÖ
manipulator hole »úеÊÖ¿×µÀ
manipulator joint »úеÊֹؽÚ
manometer Ñ¹Á¦¼Æ
manostat ºãѹÆ÷
manual manipulation ÊÖ¶¯²Ù×÷
manual rod ÊÖ¶¯°ô
manual scram ÊÖ¶¯½ô¼±Í£¶Ñ
manufacture of nuclear graphite ºË¼¶Ê¯Ä«ÖÆÔì
many body approximation method ¶àÌå½üËÆ·¨
many body forces ¶àÌåÁ¦
many body problem ¶àÌåÎÊÌâ
many group model ¶àȺģÐÍ
many particle level ¶àÁ£×ÓÄܼ¶
margin °²È«ÂÊ
margin of power ¶¯Á¦ÏÞ¶È
margin of safety °²È«ÂÊ
marginal stability ¼«ÏÞÎȶ¨ÐÔ
marine gas cooling reactor ´¬ÓÃÆøÀä·´Ó¦¶Ñ
marine nuclear power station º£ÉϺ˵çÕ¾
marine pollutant º£ÑóÎÛȾÎï
marine pollution monitoring º£ÑóÎÛȾ¼à²â
marine radioactive pollution º£Ñó·ÅÉäÐÔÎÛȾ
marine sediment º£Ñó³Á»ýÎï
mark gas cooled reactor ¸Ä½øÐÍÆøÀä·´Ó¦¶Ñ
martensite ÂíÊÏÌå
marx effect Âí¿Ë˹ЧӦ
maser Î¢²¨Á¿×Ó·Å´óÆ÷
mask ÑÚ±Î
masking reagent ÑڱμÁ
mass absorption coefficient ÖÊÁ¿ÎüÊÕϵÊý
mass abundance ÖÊÁ¿·á¶È
mass analysis ÖÊÁ¿·ÖÎö
mass analyzer ÖÊÁ¿·ÖÎöÆ÷
mass assignment ÖÊÁ¿È·¶¨
mass attenuation coefficient ÖÊÁ¿Ë¥¼õϵÊý
mass balance ÖÊÁ¿Æ½ºâ
mass coefficient ÖÊÁ¿ÏµÊý
mass coefficient of reactivity ÖÊÁ¿·´Ó¦ÐÔϵÊý
mass concentration ÖÊÁ¿Å¨¶È
mass conservation equation ÖÊÁ¿Êغ㷽³Ì
mass conversion factor Ô­×ÓÖÊÁ¿»»ËãÒò×Ó
mass decrement ÖÊÁ¿¼õËð
mass defect ÖÊÁ¿¿ð
mass deficit ÖÊÁ¿¿ð
mass deflection ÖÊÁ¿Æ«²î
mass deviation ÖÊÁ¿Æ«²î
mass diffusivity ÖÊÁ¿À©É¢ÂÊ
mass effect ÖÊÁ¿Ð§Ó¦
mass energy conversion coefficient ÖÊÁ¿ÄÜÁ¿»»ËãϵÊý
mass energy conversion formula ÖÊÄÜ»»Ë㹫ʽ
mass energy equivalence ÖÊÄÜÏ൱Á¿
mass energy equivalence principle ÖÊÄÜÏ൱ÐÔÔ­Àí
mass energy relation ÖÊÄܹØϵ
mass energy transfer coefficient ÖÊÁ¿ÄÜÁ¿´«µÝϵÊý
mass excess ÖÊÁ¿¹ýÊ£
mass flow ÖÊÁ¿Á÷
mass formula ÖÊÁ¿¹«Ê½
mass fragmentography ËéƬÖÊÆ×·¨
mass number ÖÊÁ¿Êý
mass of the electron µç×ÓÖÊÁ¿
mass of the interacting nuclei Ï໥×úËÖÊÁ¿
mass of the produced nuclei Éú³ÉºËÖÊÁ¿
mass of the universe ÓîÖæÖÊÁ¿
mass on chemical scale »¯Ñ§±ê¶ÈÖÊÁ¿
mass on physical scale ÎïÀí±ê¶ÈÖÊÁ¿
mass range ÖÊÁ¿Éä³Ì
mass resolving power ÖÊÁ¿·Ö±æ±¾Áì
mass separation ÖÊÁ¿·ÖÀë
mass separator ÖÊÁ¿·ÖÀëÆ÷
mass spectography ÖÊÆ×·ÖÎö
mass spectrogram ÖÊÆ×ͼ
mass spectrograph ÖÊÆ×ÒÇ
mass spectrographic analysis ÖÊÆ×·ÖÎö
mass spectrometer ÖÊÆ×ÒÇ
mass spectrometer leak detector ÖÊÆ×ÒÇй©̽²âÆ÷
mass spectrometric thermal analysis ÖÊÆ×ÈÈ·ÖÎö
mass spectrometry ÖÊÆײⶨ·¨
mass spectroscopy ÖÊÆ×ѧ
mass spectrum ÖÊÆ×
mass stopping power ÖÊÁ¿×èÖ¹±¾Áì
mass thickness ÖÊÁ¿ºñ¶È
mass to charge ratio ºÉÖʱÈ
mass transfer ´«ÖÊ
mass transfer coefficient ´«ÖÊϵÊý
mass transfer factor ´«ÖÊÒò×Ó
mass transfer rig ´«ÖÊ×°ÖÃ
mass trnsfer reaction ÎïÖÊתÒÆ·´Ó¦
mass unit ÖÊÁ¿µ¥Î»
mass velocity ÖÊÁ¿ËÙ¶È
mass yield curve ÖÊÁ¿²ú¶îÇúÏß
mass zero particle ÁãÖÊÁ¿Á£×Ó
massey criterion ÂóÈü×¼Ôò
massey formula ÂóÈü¹«Ê½
massive exposure Ç¿ÕÕÉä
massive fragments ´óÁѱäËé¿é
massless neutrino ÎÞÖÊÁ¿ÖÐ΢×Ó
master control pannel ÖØÖÆÅÌ
master control program ÖسÌÐò
master gage ±ê×¼Á¿¼Æ
master oscillator ÖØÕñµ´Æ÷
master slave electric manipulator µç´«¶¯·ÂЧ»úеÊÖ
master slave manipulator ·ÂЧ»úеÊÖ
masurium ï½
masuyite ³ÈºìÓË¿ó
match Æ¥Åä
matched impedance Æ¥Åä×迹
matching ÊÊÓ¦
material ÎïÖÊ
material accountancy ÎïÁϼÆÁ¿ºâËã
material and equipment export guidelines ÎïÁϺÍÉ豸Êä³öÖ¸Õë
material balance ÎïÁÏƽºâ
material balance area ÎïÁÏƽºâÇø
material balance component ÎïÁÏƽºâ×é·Ö
material balance period ÎïÁÏƽºâÆÚ¼ä
material balance report ÎïÁϺâË㱨¸æ
material buckling ²ÄÁÏÇúÂÊ
material control area ÎïÁÏ¿ØÖÆÇø
material hold up ÎïÖÊÖÍÁôÁ¿
material inventory ÎïÁÏ¿â´æÁ¿
material reactivity worth ²ÄÁÏ·´Ó¦ÐÔ¼ÛÖµ
material status report ÎïÁÏÏÖ×´±¨¸æ
material test ²ÄÁÏÊÔÑé
material testing ²ÄÁÏÊÔÑé
material testing accelerator ²ÄÁÏÊÔÑé¼ÓËÙÆ÷
material testing reactor ²ÄÁÏÊÔÑé·´Ó¦¶Ñ
material unaccounted for ÎïÁϲ»ÃðʧÁ¿
materialization of energy ÄÜÁ¿ÎïÖÊ»¯
materials accounting method ÎïÁϺâËã·½·¨
materials processing reactor ²ÄÁÏ´¦Àí·´Ó¦¶Ñ
materiology ²ÄÁϼìÑé
mathematical expectation ÆÚ´ýÖµ
mathematical pendulum Êýѧ°Ú
mather's plasma focus apparatus ÂíɪÐ͵ÈÀë×ÓÌå¾Û½¹×°ÖÃ
matted crystal ¾§×Ó
matter ÎïÖÊ
matter antimatter phase transition ÎïÖÊ ·´ÎïÖʵÄÏà±ä
maturing Ê컯
maximal ¼«´óµÄ
maximum ×î´óÖµ
maximum absorbed dose ×î´óÎüÊÕ¼ÁÁ¿
maximum admissible concentration ×î´óÈÝÐíŨ¶È
maximum assessed fuel element temperature È¼ÁÏÔª¼þ×î¸ßÉ趨ζÈ
maximum cladding temperature °ü¿Ç²ã×î¸ßζÈ
maximum continuous rating ×î´ó³ÖÐø¹¦ÂÊ
maximum credible accident ×î´óÉèÏëʹÊ
maximum credible operating accident ×î´óÉèÏëÔËתʹÊ
maximum critical heat flux ×î´óÁÙ½çÈÈͨÁ¿
maximum differential separative power ×î´ó΢·Ö·ÖÀëÄÜÁ¦
maximum energy transfer ×î´óתÒÆÄÜÁ¿
maximum hypothetical accident ×î´ó¼ÙÏëʹÊ
maximum load ×î´ó¸ºÔØ
maximum permissible ×î´óÈÝÐíŨ¶È
maximum permissible accumulated dose ×î´óÈÝÐíÀÛ»ý¼ÁÁ¿
maximum permissible body burden ÌåÄÚ×î´óÈÝÐí»ý´æÁ¿
maximum permissible bone dose ¹Ç×î´óÈÝÐí¼ÁÁ¿
maximum permissible concentration ×î´óÈÝÐíŨ¶È
maximum permissible concentration of unidentified radionuclides Î´Öª·ÅÉäÐÔºËËØ×î´óÈÝÐíŨ¶È
maximum permissible cumulative does ×î´óÈÝÐíÀÛ»ý¼ÁÁ¿
maximum permissible daily intake ×î´óÈÝÐíÈÕÉãÈëÁ¿
maximum permissible dose ×î´óÈÝÐí¼ÁÁ¿
maximum permissible dose equivalent ×î´óÈÝÐí¼ÁÁ¿µ±Á¿
maximum permissible dose rate ×î´óÈÝÐí¼ÁÁ¿ÂÊ
maximum permissible exposure ×î´óÈÝÐí·øÕÕÁ¿
maximum permissible flux ×î´óÈÝÐíͨÁ¿
maximum permissible level ×î´óÈÝÐí¼ÁÁ¿
maximum permissible limit ×î´óÈÝÐí¼ÁÁ¿
maximum permissible weekly dose ×î´óÈÝÐíÖܼÁÁ¿
maximum postulated accident ×î´ó¼Ù¶¨Ê¹Ê
maximum radiant energy ×î´ó·øÉäÄÜÁ¿
maximum range ×î´óÉä³Ì
maximum rating ×î´ó¶î¶¨Öµ
maximum reflection ×î´ó·´Éä
maximum relay ¹ýÔؼ̵çÆ÷
maximum residual systematic errors ×î´óÊ£ÓàϵͳÎó²î
maximum routine inspection effort ×î´ó³£¹æ¼ì²é¹¤×¿
maximum separative capacity ×î´ó·ÖÀëÄÜÁ¦
maximum to average power ×î´ó¹¦ÂÊÓëƽ¾ù¹¦ÂÊÖ®±È
maximum valence ×î´óÔ­×Ó¼Û
maxwell Âó¿Ë˹Τ
maxwell boltzmann distribution Âó¿Ë˹Τ·Ö²¼º¯Êý
maxwell boltzmann equation Âó¿Ë˹Τ ²£¶ú×ÈÂü·½³Ì
maxwell boltzmann statistics Âó¿Ë˹Τ ²£¶ú×ÈÂüͳ¼Æ
maxwell distribution Âó¿Ë˹Τ·Ö²¼
maxwell spectrum Âó¿Ë˹ΤÄÜÆ×
maxwell velocity distribution Âó¿Ë˹ΤËٶȷֲ¼
maxwellian cross section Âó¿Ë˹Τ½ØÃæ
maxwellian distribution Âó¿Ë˹Τ·Ö²¼
maxwellian energy distribution Âó¿Ë˹ΤÄÜÁ¿·Ö²¼
maxwellmeter ´Åͨ¼Æ
mba ÎïÁÏƽºâÇø
mcleod gauge Âó¿ËÀ͵µÍѹ¼Æ
mean Æ½¾ù
mean collision time Æ½¾ùÅöײʱ¼ä
mean conversion ratio Æ½¾ùת»»±È
mean dose Æ½¾ù¼ÁÁ¿
mean energy imparted Æ½¾ùÊÚÓëÄÜÁ¿
mean free ionizing path µçÀëƽ¾ù×ÔÓɳÌ
mean free path Æ½¾ù×ÔÓɳÌ
mean free path for capture ·ý»ñƽ¾ù×ÔÓɳÌ
mean free path for collision Åöײƽ¾ù×ÔÓɳÌ
mean fuel conversion ratio Æ½¾ùȼÁÏת»»±È
mean generation time Æ½¾ùÿ´úʱ¼ä
mean ionization energy Æ½¾ùµçÀëÄÜ
mean lethal dose Æ½¾ùÖÂËÀ¼ÁÁ¿
mean lifetime Æ½¾ùÊÙÃü
mean mass range Æ½¾ùÖÊÁ¿Éä³Ì
mean neutron lifetime ÖÐ×Óƽ¾ùÊÙÃü
mean radioactivity meter Æ½¾ù·ÅÉäÐÔ²âÁ¿¼Æ
mean range Æ½¾ùÉä³Ì
mean refuelling rate Æ½¾ù»»ÁÏÂÊ
mean relative deviation Æ½¾ùÏà¶ÔÆ«²î
mean square error ¾ù·½Îó²î
mean square length of moderation ¾ù·½Âý»¯³¤¶È
mean square slowing down length ¾ù·½Âý»¯³¤¶È
mean squared departure ¾ù·½Æ«²î
mean survival time Æ½¾ù´æ»îʱ¼ä
mean temperature difference Æ½¾ùβî
mean time between failures Æ½¾ùÎÞ¹ÊÕÏʱ¼ä
mean time between forced outage ¹ÊÕÏÍ£ÓÃƽ¾ù¼ä¸ôʱ¼ä
mean time between scram Ê¹ÊÍ£¶Ñƽ¾ù¼ä¸ôʱ¼ä
mean time to failure ¹ÊÕÏǰƽ¾ùʱ¼ä
mean time to first failure Ê״ιÊÕÏǰƽ¾ùʱ¼ä
mean time to repair Æ½¾ù³ö¹ÊÕÏʱ¼ä
mean value Æ½¾ùÖµ
measurable ¿É²âµÄ
measured discard ²â¶¨·ÏÆúÎï
measured loss ²â¶¨Ëðʧ
measurement ²âÁ¿
measurement of radioactivity ·ÅÉäÐÔ²âÁ¿
measurement system ²âÁ¿ÏµÍ³
measurer ²âÁ¿ÒÇÆ÷
measuring ²âÁ¿
measuring assembly for determination of whole body gamma activity È«Éí·ÅÉäÐÔ¼ì²éÓòâÁ¿×°ÖÃ
measuring assembly utilizing ionizing radiation ÀûÓõçÀë·øÉäµÄ²âÁ¿×°ÖÃ
measuring cylinder Á¿Í²
measuring error ²âÁ¿Îó²î
measuring instrument ²âÁ¿ÒÇÆ÷
meat È¼Áϲ¿·Ö
mecell ·Ö×Ó×éÓ§
mechanical agitator »úе½Á°èÆ÷
mechanical arm »úе±Û
mechanical blender »úе»ìºÏÆ÷
mechanical bond »úе½áºÏ
mechanical dejacketing »úеÍÑ¿Ç
mechanical electromagnetic pump »úеµç´Å±Ã
mechanical hot channel factor »úеÈȹÜÒò×Ó
mechanical mixture »úе»ìºÏÎï
mechanical monochromator »úеµ¥É«Æ÷
mechanical stress »úеӦÁ¦
mechanical velocity selector ÖÐ×ÓËٶȻúеѡÔñÆ÷
mechanically agitated extractor »úе½Á°èÝÍÈ¡Æ÷
mechanism for energy conversion ÄÜÁ¿×ª»»»úÀí
median energy ÖеÈÄÜÁ¿
median lethal dose °ëÊýÖÂËÀ¼ÁÁ¿
median lethal time °ëÊýÖÂËÀʱ¼ä
medical activity meter Ò½Ó÷ÅÉäÐÔ¼Æ
medical cyclotron Ò½ÓûØÐý¼ÓËÙÆ÷
medical diagnostic radiography Ò½ÓÃÉäÏßÕï¶ÏÕÕÏà·¨
medical exposure Ò½ÁÆÕÕÉä
medical internal radiation dose Ò½ÓÃÄÚÕÕÉä¼ÁÁ¿
medical radioisotope Ò½Ó÷ÅÉäÐÔͬλËØ
medical radioisotope scintigraphy Ò½Ó÷ÅÉäÐÔͬλËØÉÁ˸ÕÕÏà·¨
medical research reactor Ò½ÓÃÑо¿·´Ó¦¶Ñ
medical therapy reactor Ò½ÁÆÓ÷´Ó¦¶Ñ
medically dedicated accelerator Ò½ÁÆרÓüÓËÙÆ÷
medium ½éÖÊ
medium energy ÖеÈÄÜÁ¿
medium energy accelerator ÖÐÄܼÓËÙÆ÷
medium energy kaon reaction ÖÐÄÜk½é×Ó·´Ó¦
medium energy nuclear physics ÖÐÄܺËÎïÀíѧ
medium level waste ÖзŷÏÎï
medium power reactor Öеȹ¦ÂÊ·´Ó¦¶Ñ
medjidite Ó˸Ʒ¯
mega electron volt Õ×µç×Ó·üÌØ
megagauss betatron Õ׸ß˹µç×Ó¸ÐÓ¦¼ÓËÙÆ÷
megaroentgen Õ×Â×ÇÙ
megaton bomb Õ׶ÖÕ¨µ¯
megawatts day per ton Õ×ÍßÈÕ/¶Ö
megawatts day/kilogram uranium Õ×ÍßÈÕ/¹«½ï ÓË
megawatts day/metric ton Õ×ÍßÈÕ/¹«¶Ö
megawatts of electrical energy Õ×Íߵ繦ÂÊ
megawatts of thermal energy Õ×ÍßÈȹ¦ÂÊ
megger Õ×Å·±í
megohm meter Õ×Å·±í
meiosis ¼õÊý·ÖÁÑ
meiotic division ¼õÊý·ÖÁÑ
melt ÈÛ»¯
melt through accident È«²¿ÈÛ»¯Ê¹Ê
meltability ¿ÉÈÛÐÔ
melting ÈÛ»¯
melting decladding ÈÛÈÚÈ¥¿Ç
melting heat ÈÛ»¯ÈÈ
melting point ÈÛµã
melting refining process ÈÛÈÚ¾«Öƹý³Ì
melting temperature ÈÛµã
member states ³ÉÔ±¹ú
membrane ±¡Ä¤
membrane compressor ¸ôĤѹËõ»ú
membrane permeability Ä¤µÄÉø͸ÐÔ
membrane separation efficiency Ä¤µÄ·ÖÀëЧÂÊ
memory ´æ´¢
mendeleev's law ÃŽÝÁзòÖÜÆÚÂÉ
mendeleev's periodic law ÃŽÝÁзòÖÜÆÚÂÉ
mendeleevite îêîÑÓË¿ó
mendelevium îÍ
meniscus ÍäÔÂÃæ
mensurable ¿É²âµÄ
merchant ship reactor ÉÌ´¬Ó÷´Ó¦¶Ñ
mercury ¹¯
mercury cooled reactor ¹¯ÀäÈ´·´Ó¦¶Ñ
mercury diffusion pump ¹¯À©É¢±Ã
mesh É¸ÑÛ
mesh ionization chamber Íø×´µç¼«µçÀëÊÒ
meshy filter Íøʽ¹ýÂËÆ÷
mesic ½é×ÓµÄ
mesic atom ½é×ÓÔ­×Ó
mesic atom chemistry ½éÔ­×Ó»¯Ñ§
mesic molecule ½é·Ö×Ó
mesomerism ¹²ÕñÏÖÏó
meson ½é×Ó
meson capture ½é×Ó·ý»ñ
meson exchange ½é×Ó½»»»
meson exchange theory ½é×Ó½»»»ÀíÂÛ
meson factory ½é×Ó¹¤³§
meson field ½é×Ó³¡
meson irradiation ½é×Ó·øÕÕ
meson nucleon coupling ½é×Ó ºË×ÓñîºÏ
meson nucleon scattering ½é×Ó ºË×ÓÉ¢Éä
meson physics ½é×ÓÎïÀíѧ
meson theory ½é×Ó³¡ÂÛ
meson theory of nuclear forces ºËÁ¦µÄ½é×ÓÀíÂÛ
mesonic ½é×ÓµÄ
mesonic decay ½é×ÓË¥±ä
mesonic molecule ½é·Ö×Ó
mesonic proper field ½é×ÓÔ­³¡
mesonic x ray ½é×ÓxÉäÏß
mesonium ½é×ÓËØ
mesothorium ÐÂîÊ
messcylinder Á¿Í²
meta position ¼äλ
meta uranocircite ×¼±µÓËÔÆĸ
metal bellows ½ðÊô²¨ÎƹÜ
metal ceramic ·ÛÄ©Ò±½ð
metal containment ½ðÊô°²È«¿Ç
metal foil detector ½ðÊô²­Ì½²âÆ÷
metal foil window ½ðÊô²­´°
metal screen ½ðÊôÆÁ±Î
metal sheathed thermocouple ×°ÔÚ½ðÊô°ü¿ÇÄÚµÄÈȵçż
metallic bond ½ðÊô¼ü
metallic complex salt ½ðÊôÂçÑÎ
metallic foil ½ðÊô²­
metallic fuel ½ðÊôºËȼÁÏ
metallic fuel element ½ðÊôȼÁÏÔª¼þ
metallic fuelled gas cooled reactor ½ðÊôȼÁÏÆøÀä·´Ó¦¶Ñ
metallic oxide ½ðÊôÑõ»¯Îï
metallic shield ½ðÊôÆÁ±Î
metallic uranium ½ðÊôÓË
metallising Í¿·ó½ðÊô
metallizing Í¿·ó½ðÊô
metallofluorescent indicator ½ðÊôÓ«¹âָʾ¼Á
metallograph ½ðÏàÕÕƬ
metallographic hot cell ½ðÏàÈÈÊÒ
metallographical microscope ½ðÏàÏÔ΢¾µ
metallography ½ðÏàѧ
metalloid ·Ç½ðÊô
metallomicroscope ½ðÏàÏÔ΢¾µ
metallurgical nucleus Ò±½ð¾§ºË
metamerism Î»±äÒì¹¹
metamict ÎÞ¶¨ÐÎ״̬
metamict crystals ÎÞ¶¨Ðξ§Ìå
metamict state Òì±ä̬
metamictization Íɾ§ÖÊ×Ã
metamorphic deposit ±äÖÊ¿ó´²
metamorphose ±äÐÎ
metascope ºìÍâÏßָʾÆ÷
metastable ÑÇÎÈ̬µÄ
metastable atom ÑÇÎÈÔ­×Ó
metastable atomic state ÑÇÎÈÔ­×Ó̬
metastable equilibrium ÑÇÎȶ¨Æ½ºâ
metastable level ÑÇÎÈÄܼ¶
metastable nucleus ÑÇÎȺË
metastable state ÑÇÎÈ״̬
metastasic electron ÒÆλµç×Ó
metastasis ×ªÒÆ
metatorbernite ×¼Í­ÓËÔÆĸ
metatyuyamunite ×¼¸Æ·°ÓË¿ó
metauranopilite ×¼ÁòÓ˸ƿó
metazeunerite ×¼´äÉéÍ­ÓË¿ó
metering equipment ²âÁ¿ÒDZí
methane ¼×Íé
methanol ¼×´¼
method ·¨
method of least squares ×îС¶þ³Ë·¨
method of moments ¾ØÁ¿·¨
method of perturbation ÈŶ¯·¨
method of successive approximation Öð²½½üËÆ·¨
methyl ¼×»ù
methyl alcohol ¼×´¼
methyl ether ¼×»ùÃÑ
methyl isobutyl ketone ¼×»ùÒ춡»ùͪ
methyl orange ¼×»ù³È
methyl red ¼×»ùºì
methyl violet ¼×»ù×Ï
methylalcohol ¼×´¼
metol ÃÜÍ׶ú
metric Ã×ÖƵÄ
metric system ¹«ÖÆ
metric tons separative work unit ¹«¶Ö·ÖÀ빦µ¥Î»
metrology ¶ÈÁ¿ºâѧ
mev Õ×µç×Ó·üÌØ
mho Ä·Å·
mica ÔÆĸ
mica end window counter ÔÆĸ¶Ë´°¼ÆÊý¹Ü
micanite ÈËÔìÔÆĸ
micelle ·Ö×Ó×éÓ§
micro ionization chamber Î¢Ð͵çÀëÊÒ
micro irradiation Î¢Êø·øÕÕ
micro titration Î¢Á¿µÎ¶¨
microalloy Î¢ºÏ½ð
microammeter Î¢°²¼Æ
microanalysis Î¢Á¿·ÖÎö
microautograph Î¢ÉäÏß×Ô¶¯ÕÕÏà
microautography ÏÔ΢·ÅÉä×ÔÏÔÓ°Êõ
microautoradiogram Î¢ÉäÏß×Ô¶¯ÕÕÏà
microautoradiograph Î¢ÉäÏß×Ô¶¯ÕÕÏà
microbalance Î¢Á¿Ììƽ
microbar Î¢°Í
microbarograph Î¢Æøѹ¼Ç¼Æ÷
microbeam Î¢Êø
microburet Î¢Á¿µÎ¶¨¹Ü
microburette Î¢Á¿µÎ¶¨¹Ü
microcalorimeter Î¢Á¿ÈȼÆ
microcalorimetric method Î¢Á¿ÈÈ·¨
microcalorimetry Î¢Á¿ÈÈ·¨
microchemical analysis Î¢Á¿»¯Ñ§·ÖÎö
microchromatography Î¢É«Æ×·¨
microclimate Ð¡Æøºò
microcomputer Î¢ÐͼÆËã»ú
microcrystal Î¢¾§Ìå
microcrystalline Î¢¾§µÄ
microcurie Î¢¾ÓÀï
microdose measurement Î¢¼ÁÁ¿²âÁ¿
microdosimetry Î¢¼ÁÁ¿Ñ§
microelement Î¢Á¿ÔªËØ
microexplosion Î¢±¬
microfarad Î¢·¨
microfilm ÏÔ΢½º¾í
micrograph ÏÔ΢ÕÕÏà
microlite Î¢¾§
micromanipulator Î¢ÐÍ»úеÊÖ
micromanometer Î¢Æøѹ¼Æ
micrometeorology Î¢ÆøÏóѧ
micrometer ²â΢¼Æ
micromicrocurie Î¢Î¢¾ÓÀï
micromicrofarad Î¢Î¢·¨
micron Î¢Ã×
microparticle Î¢Á£
microphotograph ÏÔ΢ÕÕÏà
microphotography ÏÔ΢ÕÕÏàÊõ
microphotometer ²â΢¹â¶È¼Æ
microphysics Î¢¹ÛÎïÀíѧ
microporosity Î¢¿×ÂÊ
microporous membrane Î¢¿×Ĥ
microradiography ÏÔ΢ÉäÏßÕÕÏà·¨
microradiology ÏÔ΢·ÅÉäѧ
microradiometer Î¢·øÉä¼Æ
microreactor Î¢·´Ó¦Æ÷
microroentgenometer Î¢x ÉäÏß¼Æ
microscope ÏÔ΢¾µ
microscopic Î¢¹ÛµÄ
microscopic break down Î¢¹Û»©
microscopic concentration Î¢¹ÛŨ¶È
microscopic cross section Î¢¹Û½ØÃæ
microscopic instability Î¢¹Û²»Îȶ¨ÐÔ
microscopic pile theory Î¢¹Û·´Ó¦¶ÑÀíÂÛ
microscopic scattering cross section Î¢¹ÛÉ¢Éä½ØÃæ
microscopic state Î¢¹Û̬
microscopy ÏÔ΢¾µ·¨
microsecond Î¢Ãë
microstructure ÏÔ΢×éÖ¯
microswitch Î¢ÐÍ¿ª¹Ø
microtron µç×Ó»ØÐý¼ÓËÙÆ÷
microwave absorption spectrum Î¢²¨ÎüÊÕÆ×
microwave heating Î¢²¨¼ÓÈÈ
microwave spectroscopy Î¢²¨Æ×ѧ
middle Öеã
middle fraction ÖмäÁó·Ö
middle point Öеã
midget tube Ð¡Ð͹Ü
migration Òƶ¯
migration area Ç¨ÒÆÃæ»ý
migration coefficient Ç¨ÒÆϵÊý
migration current Ç¨ÒƵçÁ÷
migration energy Ç¨ÒÆÄÜ
migration length Ç¨ÒƳ¤¶È
migration of fission products Áѱä²úÎïǨÒÆ
migration of ions Àë×ÓǨÒÆ
military compact reactor ¾üÓÃСÐÍ·´Ó¦¶Ñ
milker ×ÓÌåͬλËØ·¢ÉúÆ÷
milking ¼·È¡
milky glass Èé°×ÆÂÁ§
mill Äë»ú
milliampere second ºÁ°²Ãë
millibarn ºÁ°Ð
millicurie ºÁ¾ÓÀï
millicurie hour ºÁ¾ÓÀïСʱ
milligram hour ºÁ¿Ëʱ
milligramme hour ºÁ¿ËСʱ
millikan cosmic ray meter Ã×Àû¿ÏÓîÖæÏß²âÁ¿¼Æ
millimass unit Ç§·ÖÖ®Ò»Ô­×ÓÖÊÁ¿µ¥Î»
milling Ä¥Ëé
millinile ºÁÄζú
million electron volt Õ×µç×Ó·üÌØ
milliroentgen ºÁÂ×ÇÙ
mineral cable ¿óÎïÐÔµçÀÂ
mineral concentrate ¾«¿ó
mineralization ¿ó»¯×Ã
miniature nuclear battery Ð¡Ðͺ˵ç³Ø
miniature nuclear warhead Ð¡Ðͺ˵¯Í·
miniature nuclear weapon Ð¡ÐͺËÎäÆ÷
miniature photomultiplier Î¢Ð͹âµç±¶Ôö¹Ü
miniature tube Ð¡Ð͹Ü
miniature valve Ð¡Ð͹Ü
minimal condition ¼«Ð¡Ìõ¼þ
minimum average field ¼«Ð¡Æ½¾ù´Å³¡
minimum b configuration ¼«Ð¡bλÐÎ
minimum b field ¼«Ð¡´Å³¡
minimum creep rate ×îСÈä±äËÙ¶È
minimum critical heat flux ratio ×îСÁÙ½çÈÈͨÁ¿±È
minimum critical mass ×îСÁÙ½çÖÊÁ¿
minimum critical power ratio ×îСÁٽ繦ÂʱÈ
minimum critical volume ×îСÁÙ½çÈÝ»ý
minimum detectable activity ×îС¿É²â»îÐÔ
minimum fission warhead ×îСÁѱ䵯ͷ
minimum ionization ×îСµçÀë
minimum lethal dose ×îСÖÂËÀ¼ÁÁ¿
minimum number of theoretical plates ×îСÀíÂÛ°åÊý
minimum reflux ratio ×îС»ØÁÈ
minimum relay µÍÔؼ̵çÆ÷
minimum voltage relay µÍµçѹ¼ÌµçÆ÷
minimum wavelength Á¿×ÓÏÞ
mining ¿ª²É
minivalence ×îµÍÔ­×Ó¼Û
mirror field ´Å¾µ³¡
mirror fusion experiments ´Å¾µ¾Û±äʵÑé
mirror galvanometer ·´ÉäµçÁÆ
mirror geometry ´Å¾µ¼¸ºÎÐÎ×´
mirror image ¾µÏó
mirror instability ´Å¾µ²»Îȶ¨ÐÔ
mirror loss ´Å¾µËðʧ
mirror machine ´ÅÆ¿
mirror nuclei ¾µÏñºË
mirror nuclides ¾µÏñºËËØ
mirror pair of nuclei ¾µºË
mirror ratio ´Å¾µ±È
mirror reflection ¾µÃæ·´Éä
mirrornuclei ¾µºË
miscibility »ìÐÔ
mission life ¹¤×ÙÃü
mitigant »ººÍ¼Á
mitigation of hazards Î£ÏÕ¼õÇá
mitogenetic radiation ·ÖÉú·øÉä
mitosis ÓÐË¿·ÖÁÑ
mitotic ÓÐË¿·ÖÁѵÄ
mixed fission products »ìºÏÁѱä²úÎï
mixed oxide »ìºÏÑõ»¯ÎïȼÁÏ
mixed oxide fuel fabrication facility »ìºÏÑõ»¯ÎïȼÁϼӹ¤×°ÖÃ
mixed oxide of plutonium and uranium îкÍÓË»ìºÏÑõ»¯ÎïȼÁÏ
mixed radiation field »ìºÏ·øÉ䳡
mixed spectrum reactor »ìºÏÆ×·´Ó¦¶Ñ
mixed uranium plutonium carbide »ìºÏÓË îÐ̼»¯Îï
mixed valence »ìºÏ¼Û
mixer »ìºÏÆ÷
mixer settler »ìºÏ³ÎÇå²Û
mixing »ìºÏ
mixing chamber »ìºÏÊÒ
mixing efficiency »ìºÏЧÂÊ
mixing machine »ìºÏÆ÷
mixing promotor Öú»ìÆ÷
mixing tank »ìºÏÆ÷
mixture »ìºÏÎï
mixture of isotopes Í¬Î»ËØ»ìºÏÎï
mld °ëÊýÖÂËÀ¼ÁÁ¿
mlt °ëÊýÖÂËÀʱ¼ä
mobile ¿É¶¯µÄ
mobile gamma irradiator Òƶ¯Ê½·øÕÕÆ÷
mobile monitoring system ¿ÉÒƶ¯¼à²âϵͳ
mobile nondestructive assay laboratory Òƶ¯Ê½ÎÞËð·ÖÎöʵÑéÊÒ
mobile reactor Òƶ¯Ê½·´Ó¦¶Ñ
mobility Ç¨ÒÆÂÊ
mobility limitation Ç¨ÒÆÂʼ«ÏÞ
mobility of a charged particle ´øµçÁ£×ÓǨÒÆÂÊ
mobility of ions Àë×ÓǨÒÆÂÊ
mock bomb Ä£Ð͵¯
mock up È«³ß´çÄ£ÐÍ
mock up lattice Ä£ÄâÕ¤¸ñ
mock up reactor Ä£Äâ·´Ó¦¶Ñ
mode locked laser ËøÄ£¼¤¹âÆ÷
mode of decay Ë¥±ä·½Ê½
mode of interaction Ï໥×ÃÖ®ÐÍʽ
model Ä£ÐÍ
model generic safeguards approach Ä£ÄâÒ»°ã±£Õϼල·½·¨
model of nucleus ºËÄ£ÐÍ
model study Ä£ÐÍÊÔÑé
model test Ä£ÐÍÊÔÑé
moderate ¼õËÙ
moderate burn µÚ¶þ¼¶ÉÕÉË
moderate energy ÖеÈÄÜÁ¿
moderate energy neutron ÖÐÄÜÖÐ×Ó
moderate skinburn µÚ¶þ¼¶ÉÕÉË
moderated neutron Âý»¯ÖÐ×Ó
moderated reactor Âý»¯·´Ó¦¶Ñ
moderating ¼õËÙµÄ
moderating material ¼õËÙ¼Á
moderating medium Âý»¯½éÖÊ
moderating power Âý»¯ÄÜÁ¦
moderating ratio Âý»¯±È
moderation ¼õËÙ
moderation length Âý»¯³¤¶È
moderation of neutrons ÖÐ×Ó¼õËÙ
moderation time Âþ»¯Ê±¼ä
moderative ¼õËÙµÄ
moderator ¼õËÙ¼Á
moderator circulation system Âý»¯¼ÁÑ­»·ÏµÍ³
moderator control Âý»¯¼Á¿ØÖÆ
moderator control reactor Âý»¯¼Á¿ØÖÆ·´Ó¦¶Ñ
moderator coolant Âý»¯ ÀäÈ´¼Á
moderator cooling system Âý»¯¼ÁÀäȴϵͳ
moderator dumping Âý»¯¼ÁÅÅ·Å
moderator dumping safety mechanism Âý»¯¼ÁÅÅ·Å°²È«»ú¹¹
moderator effect ¼õËÙ¼Á×Ã
moderator fuel ratio Âý»¯¼Á ȼÁϱÈ
moderator heat exchanger Âý»¯¼ÁÈȽ»»»Æ÷
moderator lattice Âý»¯¼ÁÕ¤¸ñ
moderator purification Âý»¯¼Á¾»»¯
moderator tank Âþ»¯¼Á²Û
moderator temperature coefficient Âý»¯¼ÁζÈϵÊý
modification ±ä̬
modified conversion ratio ¸Ä½øת»»±È
modified purex process ¸Ä½øµÄÆÕÀ׿Ë˹ÁÌ
modified quark model Ð޸ĺóµÄ¿ä¿ËÄ£ÐÍ
modular integrated video system Ä£¿éʽ×ۺϼÏñϵͳ
modulating tube µÆ¹Ü
modulation tube µÆ¹Ü
modulator tube µÆ¹Ü
module ÂÊ
modulus ¸ÕÐÔÄ£Êý
modulus of elasticity µ¯ÐÔÄ£Êý
modulus of rigidity ¸ÕÐÔÄ£Êý
modulus of rupture ¶ÏÁÑÄ£Êý
modulus of torsion Å¤×ªÄ£Êý
moisture ÊªÆø
moisture content Ë®·Öº¬Á¿
moisture proof ÄÍʪµÄ
mol concentration ¿Ë·Ö×ÓŨ¶È
molar fraction ¿Ë·Ö×Ó·ÖÊý
molar heat ·Ö×ÓÈÈ
molar ratio ¿Ë·Ö×Ó±È
molarity ¿Ë·Ö×ÓŨ¶È
molding ÖýÔì
molecular beam ·Ö×ÓÊø
molecular bond ·Ö×Ó¼ü
molecular deuterium ions ·Ö×Óë®Àë×Ó
molecular diffusion ·Ö×ÓÀ©É¢
molecular distillation ·Ö×ÓÕôÁó
molecular distillation method ·Ö×ÓÕôÁó·¨
molecular excitation ·Ö×Ó¼¤·¢
molecular flow ·Ö×ÓÁ÷
molecular free path ·Ö×Ó×ÔÓÉ·³Ì
molecular impact ·Ö×ÓÅöײ
molecular ion ·Ö×ÓÀë×Ó
molecular ion breakup ·Ö×ÓÀë×Ó±ÀÁÑ
molecular ion injection ·Ö×ÓÀë×Ó×¢Èë
molecular laser isotope separation ·Ö×Ó·¨¼¤¹âͬλËØ·ÖÀë
molecular mass ·Ö×ÓÖÊÁ¿
molecular orbital ·Ö×ӹ캯Êý
molecular pump ·Ö×ÓÕæ¿Õ±Ã
molecular sieve ·Ö×Óɸ
molecular stopping power ·Ö×Ó×èÖ¹±¾Áì
molecular structure ·Ö×ӽṹ
molten bismuth cooling ÈÛÈÚîéÀäÈ´
molten salt ÈÛÑÎ
molten salt breeder reactor ÈÛÑÎÔöÖ³·´Ó¦¶Ñ
molten salt converter reactor ÈÛÑÎת»»·´Ó¦¶Ñ
molten salt reactor ÈÛÑη´Ó¦¶Ñ
molten salt reactor experiment ÈÛÑÎʵÑé¶Ñ
moluranite ºÚîâÓË¿ó
molybdenum îâ
moment of rotation »ØתÁ¦¾Ø
momentary power failure Ë²Ê±¶Ïµç
moments method ¾ØÁ¿·¨
momentum ¶¯Á¿
momentum compaction factor ¶¯Á¿Ñ¹ËõÒòÊý
momentum conservation law ¶¯Á¿Êغ㶨ÂÉ
momentum transfer ¶¯Á¿×ªÒÆ
momentum transfer cross section ¶¯Á¿×ªÒƽØÃæ
monad Ò»¼ÛÔªËØ
monad radical Ò»¼Û¸ù
monatomic µ¥Ô­×ÓµÄ
monatomic gas µ¥Ô­×ÓÆøÌå
monatomic molecule µ¥Ô­×Ó·Ö×Ó
monazite ¶À¾Óʯ
monazite sand ¶À¾Óʯɰ
monel ÃÉÄ˶ûºÏ½ð
monitor ¼à²âÆ÷
monitor chamber ¼à²âµçÀëÊÒ
monitor ionization chamber ¼à²ìµçÀëÊÒ
monitoring ¼ì²é
monitoring instrument ¼à²âÒDZí
monitoring station ¼à²âÕ¾
monitoring system ¼à²âϵͳ
monochromatic µ¥ÄܵÄ
monochromatic beam µ¥É«Êø
monochromatic gamma rays µ¥É«ÉäÏß
monochromatic radiation µ¥É«·øÉä
monochromatic spectrum µ¥É«¹âÆ×
monochromatization of neutron ÖÐ×Óµ¥É«»¯
monochromator µ¥É«Æ÷
monocrystal µ¥¾§
monocrystal mineral scintillation detector µ¥¾§¿óÎïÉÁ˸̽²âÆ÷
monocrystal organic scintillation detector µ¥¾§ÓлúÉÁ˸̽²âÆ÷
monocyte µ¥ºË°×ϸ°û
monoenergetic µ¥ÄܵÄ
monoenergetic neutrons µ¥ÄÜÖÐ×Ó
monoenergetic radiation µ¥ÄÜ·øÉä
monoenergic µ¥ÄܵÄ
monoergic µ¥ÄܵÄ
monogeneous µ¥ÄܵÄ
monoisotopic µ¥Ò»Í¬Î»ËصÄ
monoisotopic element µ¥Ò»Í¬Î»ËØÔªËØ
monokinetic µ¥ÄܵÄ
monolayer µ¥·Ö×Ó²ã
monomer µ¥Ìå
monomolecular layer µ¥·Ö×Ó²ã
monopole moment µ¥¼«×Ó¾Ø
monopole transition µ¥¼«Ô¾Ç¨
monte carlo method ÃÉÌØ ¿¨ÂÞ·¨
mordant Ã½È¾¼Á
morse equation Äª¶û˹·½³Ì
morse potential curve Äª¶û˹ÊÆÇúÏß
mortar »Ò½¬
mosaic structure Ç¶Ïâ½á¹¹
moseley's law ÄªÈûÀ³¶¨ÂÉ
mossbauer effect ÄÂ˹±«¶ûЧӦ
mossbauer source ÄÂ˹±«¶ûÔ´
mother liquor Ä¸Òº
mother reactor Ä¸ÐÍ·´Ó¦¶Ñ
mother solution Ä¸Òº
motor µç¶¯»ú
moulage ÀØÄ£
moulting ÍÑƤ
movable control rod ¿ÉÒƶ¯¿ØÖÆ°ô
movement of environmental radioactive nuclide »·¾³·ÅÉäÐÔºËËØÒƶ¯
moving bed Òƶ¯´²
moving grid ¿É¶¯Ç¦¸ñ
mpbb ÌåÄÚ×î´óÈÝÐí»ý´æÁ¿
mu meson ×Ó
mu mesonic atom ½é×ÓÔ­×Ó;½éÔ­×Ó
muclear cascade process ºË¼¶Áª¹ý³Ì
muclear matter ºËÎïÖÊ
muf expected value ÎïÁϲ»ÃðʧÁ¿ÆÚ´ýÖµ
muf observed value ÎïÁϲ»ÃðʧÁ¿¹Û²âÖµ
muffle furnace Âí¸¥Â¯
multi channel fabry perot interferometer ¶àµÀ·¨²¼Àï çêÂÞ¸ÉÉæÒÇ
multi channel heat exchanger ¶àͨµÀÈȽ»»»Æ÷
multi channel scaler ¶àµÀ¶¨±êÆ÷
multi group diffusion theory ¶àȺÀ©É¢ÀíÂÛ
multi group theory ¶àȺÀíÂÛ
multi istopic element ¶àͬλËØÔªËØ
multi particle spectrometer ¶àÁ£×ÓÆ×ÒÇ
multi purpose fuel reprocessing facility ¶àÓÃ;ȼÁϺó´¦ÀíÉèÊ©
multi purpose high temperature gas cooled reactor ¶àÓøßÎÂÆøÀä·´Ó¦¶Ñ
multi region core ¶àÇø¶Ñо
multi stage diffusion unit ¶à¼¶À©É¢×°ÖÃ
multi stage process ¶à¼¶¹ý³Ì
multi stage separation ¶à¼¶·ÖÀë
multi valued displacement ¶àֵλÒÆ
multi wire propotional counter ¶àË¿Õý±È¼ÆÊýÆ÷
multichannel ¶à·µÄ
multichannel amplitude analyzer with storage function Öü´æ¹¦ÄܶàµÀ·ù¶È·ÖÎöÆ÷
multichannel analyzer ¶àµÀ·ÖÎöÆ÷
multichannel pulse amplitude analyzer ¶àµÀÂö³å·ù¶È·ÖÎöÆ÷
multicurie source ¶à¾ÓÀïÔ´
multielement spectroscopy ¶àÔªËØÆ×ѧ
multienergy californium assay system ¶àÄÜÁ¿ï´·ÖÎöϵͳ
multiflow cooling system ¶àÁÌÀäȴϵͳ
multifunctional exchange resin ¶à¹¦Äܽ»»»Ê¬
multigroup calculation ¶àȺ¼ÆËã
multigroup diffusion model ¶àȺÀ©É¢Ä£ÐÍ
multigroup equation ¶àȺ·½³Ì
multigroup flux ¶àȺͨÁ¿
multigroup method ¶àȺ·¨
multiparameter analyzer ¶à²ÎÊý·ÖÎöÆ÷
multiparameter analyzing assembly ¶à²ÎÊý·ÖÎöÆ÷
multiparticle correlation ¶àÁ£×ÓÏà¹Ø
multiparticle production ¶àÁ£×Ó²úÉú
multiperipheral model ¶àÖرßԵģÐÍ
multiphoton process ¶à¹â×Ó¹ý³Ì
multiple ±¶Êý;¶àÖصÄ
multiple backscattering ¶à´Î·´É¢Éä
multiple bond Öؼü
multiple coated fuel particle ¶à²ãÍ¿·óȼÁÏ¿ÅÁ£
multiple coincidence ¶àÖØ·ûºÏ
multiple collision ¶à´ÎÅöײ
multiple component ¶àÖØÏ߳ɷÖ
multiple containment ¶à²ã°²È«¿Ç
multiple coulomb scattering ¶à´Î¿âÂØÉ¢Éä
multiple crit ³¬ÁÙ½çÖÊÁ¿
multiple differential cross section ¶àÖØ΢·Ö½ØÃæ
multiple discharge ¶à´Î·Åµç
multiple disintegration ·Ö֧˥±ä
multiple event spectra ¶à´ÎʼþÆ×
multiple events ¶à´Îʼþ
multiple excitation ¶à´Î¼¤·¢
multiple extraction ¶à´ÎÝÍÈ¡
multiple hit target ¶à´Îºä»Ð
multiple hit theory ¶à´Îײ»íÂÛ
multiple ionization ¶à´ÎµçÀë
multiple line ¶àÖØÏß
multiple linkage Öؼü
multiple meson production ½é×ӵĶà¸öÉú³É
multiple neutron emission ¶àÖØÖÐ×Ó·¢Éä
multiple particle reaction ¶àÁ£×Ó·´Ó¦
multiple particle state ¶àÁ£×Ó̬
multiple process ¶àÖعý³Ì
multiple production ¶àÖزúÉú
multiple production of meson ½é×ӵĶàÖزúÉú
multiple reflection ¶à´Î·´Éä
multiple region reactor ¶àÇø·´Ó¦¶Ñ
multiple regression analysis ¶àÔª»Ø¹é·ÖÎö
multiple resonance technique ¶àÖع²Õñ¼¼Êõ
multiple scattering ¶à´ÎÉ¢Éä
multiple tracer ¶à×é·Öָʾ¼Á
multiple warhead ¶àµ¯Í·
multiplet ¶àÖØÏß
multiplet splitting ¶àÖØÏß·ÖÁÑ
multiplet structure ¶àÖؽṹ
multiplet term ¶àÖØÏî
multiplication ±¶Ôö
multiplication constant ±¶ÔöϵÊý
multiplication effect ±¶ÔöЧӦ
multiplication factor ±¶ÔöϵÊý
multiplication rate constant ±¶ÔöÂʳ£Êý
multiplication rate eigenvalue ±¶ÔöÂʱ¾Õµ
multiplicity ¶àÖØÐÔ
multiplicity factor ¶àÖØÐÔÒò×Ó
multiplicity of hadron Ç¿×ӵĶàÖØÐÔ
multiplier ±¶ÔöÆ÷
multiplier gain ¹âµç±¶Ôö¹ÜÔöÒæ
multiply charged heavy ions ¶àµçºÉÖØÀë×Ó
multiplying ±¶ÔöµÄ
multiplying assembly ±¶Ôö×°ÖÃ
multiplying medium ÔöÖ³½éÖÊ
multipoint recorder ¶àµã¼Ç¼Æ÷
multipole field ¶à¼«³¡
multipole magnetic field ¶à¼«´Å³¡
multipole moment ¶à¼«¾Ø
multipole radiation ¶à¼«·øÉä
multipole transition ¶à¼«Ô¾Ç¨
multiprobe radiation meter ¶à̽ͷ·øÉä¼Æ
multiprocessing ¶àÖØ´¦Àí
multipurpose Í¨ÓõÄ
multipurpose chemical processing plant ¶àÓÃ;»¯Ñ§´¦Àí¹¤³§
multipurpose reactor ¶àÓ÷´Ó¦¶Ñ
multipurpose utilization of reactor ·´Ó¦¶Ñ×ÛºÏÀûÓÃ
multiregion lattice ¶àÇøÕ¤¸ñ
multiregion reactor ¶àÇø·´Ó¦¶Ñ
multistage exchange reactor ¶à¼¶½»»»·´Ó¦Æ÷
multistage pulsed bed contactor ¶à¼¶Âö¶¯´²½Ó´¥Æ÷
multistage tandem accelerator ¶à¼¶´®ÁÐʽ¼ÓËÙÆ÷
multivalued logic ¶àÖµÂß¼­
multivariable control ¶à±äÁ¿¿ØÖÆ
multivariable system control ¶à±äÁ¿ÏµÍ³¿ØÖÆ
multivibrator ¶àгÕñµ´Æ÷
multiwire proportional chamber ¶àË¿Õý±ÈÊÒ
mundificant ´¿»¯¼Á
muon ×Ó
muon beam ×ÓÊø
muon capture ×Ó·ý»ñ
muon number ×ÓÊý
muon physics ×ÓÎïÀí
muon polarization ×Ó¼«»¯
muon spin rotation ×Ó×ÔÐýת¶¯
muonium ×ÓËØ
muonium chemistry ×ÓËØ»¯Ñ§
mural type radiation beacon Ç½±Úʽ·øÉäÐűê
muriatic acid ÇâÂÈËá
muscovite °×ÔÆĸ
mushroom head Ä¢¹½ÔÆ
mutability ¿É±äÐÔ
mutual coagulation »¥Äý¾Û
mutual conductance »¥µ¼
mutual diffusion »¥À©É¢
mutual diffusion coefficient »¥À©É¢ÏµÊý
mutual inductance »¥¸ÐϵÊý
mutual induction »¥¸Ð
mutual interaction Ï໥×Ã
mutual interference Ï໥¸ÉÉæ
mutual miscibility »¥»ìÐÔ
mutual repulsion Ï໥Åųâ
mutual solubility »¥ÈܶÈ
mutually exclusive events »¥³âʼþ
n electron n µç×Ó
n line n Ïß
n n junction n n½á
n unit nµ¥Î»
naa ÖÐ×ӻ·ÖÎö
nai scintillation detector µâ»¯ÄÆÉÁ˸̽²âÆ÷
nai scintillator µâ»¯ÄÆÉÁ˸Ìå
narrow beam Õ­Êø
narrow beam absorption Õ­ÊøÎüÊÕ
narrow beam geometry Õ­Êø¼¸ºÎÌõ¼þ
narrow gap Õ­Ï¶
narrow resonance approximation Õ­¹²Õñ½üËÆ
narrow resonance infinite mass Õ­¹²ÕñÎÞÏÞÖÊÁ¿
narrow resonance infinite mass approximation Õ­¹²ÕñÎÞÏÞÖÊÁ¿½üËÆ
narrow resonance infinite mass of the absorber atom ÎüÊÕÌåÔ­×ÓÕ­¹²ÕñÎÞÏÞÖÊÁ¿
narrow shower Õ­´ØÉä
nascent hydrogen ³õÉú̬Çâ
nasturan Á¤ÇàÓË¿ó
natrium ÄÆ
natural abundance ÌìÈ»·á¶È
natural activity ÌìÈ»·ÅÉäÐÔ
natural background radiation ±¾µ×·øÉä
natural circulation pressurized water reactor ×ÔȻѭ»·Ñ¹Ë®·´Ó¦¶Ñ
natural circulation reactor ×ÔȻѭ»··´Ó¦¶Ñ
natural convection ×ÔÈ»¶ÔÁ÷
natural disintegration ÌìȻ˥±ä
natural element ÌìȻԪËØ
natural graphite ÌìȻʯī
natural hydrocarbon ÌìȻ̼Ç⻯ºÏÎï
natural isotopic composition ÌìȻͬλËØ×é³É
natural neutron ÌìÈ»ÖÐ×Ó
natural radioactive ÌìÈ»·ÅÉäÐÔµÄ
natural radioactive element ÌìÈ»·ÅÉäÐÔÔªËØ
natural radioactive isotope ÌìÈ»·ÅÉäÐÔͬλËØ
natural radioactive nuclides ÌìÈ»·ÅÉäÐÔºËËØ
natural radioactivity ÌìÈ»»îÐÔ
natural radionuclides ÌìÈ»·ÅÉäÐÔºËËØ
natural thorium ÌìÈ»îÊ
natural tritium ÌìÈ»ë°
natural uranium ÌìÈ»ÓË
natural uranium carbide Ììȼ̼»¯ÓË
natural uranium concentrate ÌìÈ»ÓËŨËõÎï
natural uranium deposit ÌìÈ»ÓË¿ó´²
natural uranium dioxide fuel ÌìÈ»¶þÑõ»¯ÓËȼÁÏ
natural uranium fission chamber ÌìÈ»ÓËÁѱäÊÒ
natural uranium fuel ÌìÈ»ÓËȼÁÏ
natural uranium graphite reactor ÌìÈ»ÓËʯīÂý»¯·´Ó¦¶Ñ
natural uranium heavy water reactor ÌìÈ»ÓËÖØË®·´Ó¦¶Ñ
natural uranium metal ÌìÈ»½ðÊôÓË
natural uranium reactor ÌìÈ»ÓË·´Ó¦¶Ñ
natural uranium zirconium alloy ÌìÈ»ÓË ï¯ºÏ½ð
natural width ×ÔÈ»¿í¶È
naught Áã
naval reactor ´¬Ó÷´Ó¦¶Ñ
naval research reactor ´¬ÓÃÑо¿·´Ó¦¶Ñ
near natural uranium reactor ½üÌìÈ»ÓË·´Ó¦¶Ñ
near real time material accountancy ½üʵʱÎïÁϺâËã¹ÜÀí
necking down ¾±Ëõ
needle counter Õë×´¼ÆÊý¹Ü
negative electron µç×Ó
negative feedback ¸º·´À¡
negative ion ÒõÀë×Ó
negative ion beam ¸ºÀë×ÓÊø
negative ion source ¸ºÀë×ÓÔ´
negative lens ·¢Éä͸¾µ
negative meson ¸º½é×Ó
negative proton ·´ÖÊ×Ó
negative reactivity ¸º·´Ó¦ÐÔ
negative temperature coefficient ¸ºÎ¶ÈϵÊý
negative valence ¸ºÔ­×Ó¼Û
negaton µç×Ó
negatoscope µ×Ƭ¹Û²ìµÆ
negatron µç×Ó
nenadkevite ¹è¸ÆǦÓË¿ó
neoclassical diffusion Ð¾­µäÀ©É¢
neodymium îÏ
neon ÄÊ
neptunium ïÕ
neptunium family ïÕϵ
neptunium oxide Ñõ»¯ïÕ
neptunium series ïÕϵ
net ÓÐЧµÄ
net breeding rate ¾»ÔöÖ³ÂÊ
net collection efficiency ¾»¼¯ÈÈЧÂÊ
net efficiency ¾»Ð§ÂÊ
net plutonium ´¿îÐ
net transport ¾»ÊäËÍ
neutral atom ÖÐÐÔÔ­×Ó
neutral beam injection heating ÖÐÐÔÊø×¢Èë¼ÓÈÈ
neutral current ÖÐÐÔÁ÷
neutral injection ÖÐÐÔÁ£×Ó×¢Èë
neutral instability ÖÐÐÔ²»Îȶ¨ÐÔ
neutral meson ÖÐÐÔ½é×Ó
neutral molecule ÖÐÐÔ·Ö×Ó
neutralization indicator ÖкÍָʾ¼Á
neutret ÖÐÐÔ½é×Ó
neutrino ÖÐ΢×Ó
neutrino astrophysics ÖÐ΢×ÓÌìÌåÎïÀíѧ
neutrino beam ÖÐ΢×ÓÊø
neutrino loss ÖÐ΢×ÓËðʧ
neutrino oscillation ÖÐ΢×ÓÕñµ´
neutron ÖÐ×Ó
neutron absorber ÖÐ×ÓÎüÊÕÌå
neutron absorbing glass plate ÖÐ×ÓÎüÊÕ²£Á§°å
neutron absorption ÖÐ×ÓÎüÊÕ
neutron absorption cross section ÖÐ×ÓÎüÊÕ½ØÃæ
neutron activation ÖÐ×Ó¼¤»î
neutron activation analysis ÖÐ×ӻ·ÖÎö
neutron activation detector ÖÐ×Ó¼¤»î̽²âÆ÷
neutron albedo ÖÐ×Ó·´ÕÕÂÊ
neutron atomic mass ÖÐ×ÓÔ­×ÓÖÊÁ¿
neutron attenuation ÖÐ×ÓË¥¼õ
neutron balance ÖÐ×Óƽºâ
neutron balance equation ÖÐ×Óƽºâ·½³Ì
neutron beam ÖÐ×ÓÊø
neutron binding ÖÐ×Ó½áºÏ
neutron binding energy ÖÐ×Ó½áºÏÄÜ
neutron bomb ÖÐ×Óµ¯
neutron bombardment ÖÐ×Óºä»÷
neutron camera ÖÐ×ÓÕÕÏà»ú
neutron capture ÖÐ×Ó·ý»ñ
neutron capture c ray logging ÖÐ×Ó·ý»ñÉäÏ߲⾮
neutron capture cross section ÖÐ×Ó·ý»ñ½ØÃæ
neutron capture gamma ray analysis ÖÐ×Ó·ý»ñÉäÏß·ÖÎö
neutron capture reaction ÖÐ×Ó·ý»ñ·´Ó¦
neutron capture spectrum ÖÐ×Ó·ý»ñÆ×
neutron capture therapy ÖÐ×Ó·ý»ñÖÎÁÆ
neutron chain reaction ÖÐ×ÓÁ´Ê½·´Ó¦
neutron chopper ÖÐ×ÓËٶȻúеѡÔñÆ÷
neutron coincidence counter ÖÐ×Ó·ûºÏ¼ÆÊýÆ÷
neutron coincidence counting method ÖÐ×Ó·ûºÏ¼ÆÊý·¨
neutron collimator ÖÐ×Ó×¼Ö±Æ÷
neutron collision radius ÖÐ×ÓÅöײ°ë¾¶
neutron conservation of balance ÖÐ×ÓƽºâÊغã
neutron converter ÖÐ×Óת»»Æ÷
neutron cooling coefficient ÖÐ×ÓÀäȴϵÊý
neutron counter ÖÐ×Ó¼ÆÊý¹Ü
neutron counting ÖÐ×Ó¼ÆÊý
neutron cross section ÖÐ×Ó½ØÃæ
neutron crystal spectrometer ÖÐ×Ó¾§ÌåÆ×ÒÇ
neutron crystallography ÖÐ×Ó¾§Ìåѧ
neutron current ÖÐ×ÓÁ÷
neutron current density ÖÐ×ÓÁܶÈ
neutron current vector ÖÐ×ÓÁ¸Á¿
neutron curtain ÖÐ×ÓÁжÏÆÁ
neutron cycle ÖÐ×ÓÑ­»·
neutron damage ÖÐ×ÓËðÉË
neutron data ÖÐ×ÓÊý¾Ý
neutron data direct access ÖÐ×Ó½ØÃæÊý¾ÝÖ±½Ó´æÈ¡
neutron data storage and retrieval system ÖÐ×ÓÊý¾ÝÖü´æºÍ¼ì˵ͳ
neutron death ÖÐ×Ó·ý»ñ
neutron decay ÖÐ×ÓË¥±ä
neutron deficient nucleus È±ÖÐ×ÓºË
neutron density ÖÐ×ÓÃܶÈ
neutron density disadvantage factor ÖÐ×ÓÃܶȲ»ÀûÒò×Ó
neutron density distribution ÖÐ×ÓÃܶȷֲ¼
neutron density fluctuation ÖÐ×ÓÃܶÈÆð·ü
neutron depolarization effect ÖÐ×ÓÍ˼«»¯Ð§Ó¦
neutron detection ÖÐ×Ó̽²â
neutron detection system ÖÐ×Ó̽²âϵͳ
neutron detector ÖÐ×Ó̽²âÆ÷
neutron detector burn up life ÖÐ×Ó̽²âÆÕ»µÊÙÃü
neutron detector foil ÖÐ×Ó̽²âÆò­Æ¬
neutron detector tube ÖÐ×Ó̽²â¹Ü
neutron diagnostics ÖÐ×ÓÕï¶Ïѧ
neutron diffraction ÖÐ×ÓÑÜÉä
neutron diffraction equipment ÖÐ×ÓÑÜÉä×°ÖÃ
neutron diffraction photography ÖÐ×ÓÑÜÉäÕÕÏàÊõ
neutron diffractometer ÖÐ×ÓÑÜÉäÒÇ
neutron diffusion ÖÐ×ÓÀ©É¢
neutron diffusion coefficient ÖÐ×ÓÀ©É¢ÏµÊý
neutron diffusion cooling phenomenon ÖÐ×ÓÀ©É¢ÀäÈ´ÏÖÏó
neutron diffusion equation ÖÐ×ÓÀ©É¢·½³Ì
neutron diffusion law ÖÐ×ÓÀ©É¢¶¨ÂÉ
neutron diffusion theory ÖÐ×ÓÀ©É¢ÀíÂÛ
neutron distribution ÖÐ×Ó·Ö²¼
neutron dose ÖÐ×Ó¼ÁÁ¿
neutron dose equivalent meter ÖÐ×Ó¼ÁÁ¿µ±Á¿¼Æ
neutron dosimeter ÖÐ×Ó¼ÁÁ¿¼Æ
neutron dosimetry ÖÐ×Ó¼ÁÁ¿²â¶¨·¨
neutron dynamics ÖÐ×Ó¶¯Á¦Ñ§
neutron economy ÖÐ×ÓµÄÓÐЧÀûÓÃ
neutron effective lifetime ÖÐ×ÓÓÐЧÊÙÆÚ
neutron electron interaction ÖÐ×Ó µç×ÓÏ໥×Ã
neutron emergency dosimeter ÖÐ×ÓʹʼÁÁ¿¼Æ
neutron emitter ÖÐ×Ó·¢ÉäÌå
neutron energy ÖÐ×ÓÄÜÁ¿
neutron energy distribution ÖÐ×ÓÄÜÁ¿·Ö²¼
neutron energy groups ÖÐ×ÓÄÜȺ
neutron energy range ÖÐ×ÓÄÜÇø
neutron energy spectrum ÖÐ×ÓÄÜÆ×
neutron energy spread ÖÐ×ÓÄÜÁ¿·ÖÉ¢
neutron escape ÖÐ×Óй©
neutron excess ÖÐ×Ó¹ýÊ£
neutron excess isotope ÖÐ×Ó¹ýʣͬλËØ
neutron excess number ÖÐ×Ó¹ýÊ£
neutron excitation of the nucleus Ô­×Ӻ˵ÄÖÐ×Ó¼¤·¢
neutron exposure ÖÐ×Ó·øÕÕ
neutron filter ÖÐ×Ó¹ýÂËÆ÷
neutron fission ÖÐ×ÓÓÕ·¢Áѱä
neutron fission detector ÖÐ×ÓÁѱä̽²âÆ÷
neutron fission threshold ÖÐ×ÓÁѱäãÐÖµ
neutron fissionable ÖÐ×Ó×ÃÏ¿ÉÁѱäµÄ
neutron fluence ÖÐ×Ó»ý·ÖͨÁ¿
neutron flux ÖÐ×ÓͨÁ¿
neutron flux converter ÖÐ×ÓͨÁ¿×ª»»Æ÷
neutron flux density ÖÐ×ÓͨÁ¿ÃܶÈ
neutron flux density indicator ÖÐ×ÓͨÁ¿ÃܶÈָʾÆ÷
neutron flux density meter ÖÐ×ÓͨÁ¿ÃܶȼÆ
neutron flux density monitor ÖÐ×ÓͨÁ¿Ãܶȼà²âÆ÷
neutron flux density scanning assembly ÖÐ×ÓͨÁ¿ÃܶÈɨÃè×°ÖÃ
neutron flux distribution ÖÐ×ÓͨÁ¿·Ö²¼
neutron flux flattening ÖÐ×ÓͨÁ¿Õ¹Æ½
neutron flux measuring ÖÐ×Ó¿ØÖÆ
neutron form factor ÖÐ×ÓÐÎ×´Òò×Ó
neutron formation by stripping °þÀëÖÂÖÐ×ÓÉú³É
neutron formation rate ÖÐ×ÓÉú³ÉÂÊ
neutron fragment angular correlation ÖÐ×Ó ÁѱäËéƬ½Ç¹ØÁª
neutron free path ÖÐ×Ó×ÔÓɳÌ
neutron gamma logging ÖÐ×Ó ²â¾®
neutron gamma reaction ÖÐ×Ó ·´Ó¦
neutron gas ÖÐ×ÓÆøÌå
neutron generator ÖÐ×Ó·¢ÉúÆ÷
neutron generator tube ÖÐ×Ó·¢Éú¹Ü
neutron graphy ÖÐ×ÓÉäÏßÕÕÏà·¨
neutron guide tube ÖÐ×Óµ¼¹Ü
neutron gun ÖÐ×Óǹ
neutron hardening ÖÐ×ÓÓ²»¯
neutron hodoscope ÖÐ×Ó·øÉä¼ÆÊýÆ÷
neutron howitzer ÖÐ×Ó×¼Ö±Æ÷
neutron importance ¼ÛÖµ
neutron induced process ÖÐ×ÓÓÕ·¢¹ý³Ì
neutron induced thermal stress ÖÐ×ÓÒýÆðµÄÈÈÓ¦Á¦
neutron inelastic scattering ÖÐ×ӷǵ¯ÐÔÉ¢Éä
neutron instrumentation system ÖÐ×Ó²âÁ¿ÒDZíϵͳ
neutron interaction ÖÐ×ÓÏ໥×Ã
neutron interaction probability ÖÐ×ÓÏ໥×ü¸ÂÊ
neutron inventory ÖÐ×Ó×ÜÁ¿
neutron ionization chamber ÖÐ×ÓµçÀëÊÒ
neutron irradiation ÖÐ×Ó·øÕÕ
neutron irradiation monitor ÖÐ×Ó·øÕÕ¼à²âÆ÷
neutron kinetics ÖÐ×Ó¶¯Á¦Ñ§
neutron leakage ÖÐ×Óй©
neutron leakage spectrum ÖÐ×Óй©Æ×
neutron lethargy ÖÐ×Ó¶ÔÊýÄÜÁ¿Ëðʧ
neutron level ÖÐ×Ó¼¶
neutron level gage ÖÐ×ÓҺλ¼Æ
neutron level spacing ÖÐ×ÓÄܼ¶¼ä¾à
neutron life cycle ÖÐ×ÓÊÙÃüÑ­»·
neutron lifetime ÖÐ×ÓÊÙÃü
neutron logging ÖÐ×Ӳ⾮
neutron magnetic moment ÖÐ×ӴžØ
neutron measurement ÖÐ×Ó²âÁ¿
neutron mirror ÖÐ×Ó·´Éä²ã
neutron moderator ÖÐ×ÓÂý»¯¼Á
neutron moisture meter ÖÐ×Óʪ¶È¼Æ
neutron monitor ÖÐ×Ó¼à²âÆ÷
neutron monitoring ÖÐ×Ó¼à²â
neutron monitoring system ÖÐ×Ó¼à²âϵͳ
neutron monochromator ÖÐ×Óµ¥É«ÒÇ
neutron multiplication ÖÐ×Ó±¶Ôö
neutron multiplication factor ÖÐ×Ó±¶ÔöÒò×Ó
neutron multiplying system ÖÐ×Ó±¶Ôöϵ
neutron neutron log ÖÐ×Ó ÖÐ×Ӳ⾮
neutron neutron reaction ÖÐ×Ó ÖÐ×Ó·´Ó¦
neutron neutron scattering ÖÐ×Ó ÖÐ×ÓÉ¢Éä
neutron nuclear reaction ÖÐ×Ӻ˷´Ó¦
neutron number ÖÐ×ÓÊý
neutron optics ÖÐ×Ó¹âѧ
neutron or gamma transport computer code ÖÐ×Ó»òÉäÏßÊäÔ˼ÆËã»ú´úÂë
neutron or particle current density ÖÐ×Ó»òÁ£×ÓÁܶÈ
neutron period ÖÐ×ÓͨÁ¿ÖÜÆÚ
neutron physics ÖÐ×ÓÎïÀíѧ
neutron poison ÖÐ×Ó¶¾Îï
neutron polarization ÖÐ×Ó¼«»¯
neutron population ÖÐ×ÓÃܶÈ
neutron powder crystal diffraction pattern ÖÐ×Ó·ÛÄ©¾§ÌåÑÜÉäͼÑù
neutron powder diffraction ÖÐ×Ó·ÛÄ©ÑÜÉä
neutron producer ÖÐ×Ó·¢ÉúÆ÷
neutron producing target ²úÉúÖÐ×Ó°Ð
neutron propagation ÖÐ×Ó´«²¥
neutron proton correlation effect ÖÐ×Ó ÖÊ×Ó¹ØÁªÐ§Ó¦
neutron proton exchange forces ÖÐ×Ó ÖÊ×Ó½»»»Á¦
neutron proton interaction ÖÐ×Ó ÖÊ×ÓÏ໥×Ã
neutron proton mass difference ÖÐ×Ó ÖÊ×ÓÖÊÁ¿²î
neutron proton ratio ÖÐ×Ó ÖÊ×Ó±È
neutron proton reaction ÖÐ×Ó ÖÊ×Ó·´Ó¦
neutron proton scattering ÖÐ×Ó ÖÊ×ÓÉ¢Éä
neutron pulse ÖÐ×ÓÂö³å
neutron radiation ÖÐ×Ó·øÉä
neutron radiation damage ÖÐ×Ó·øÉäËðÉË
neutron radiation effect ÖÐ×Ó·øÉäЧӦ
neutron radiative capture ÖÐ×Ó·øÉä·ý»ñ
neutron radioactivation analysis ÖÐ×ӻ·ÖÎö
neutron radioactivity ÖÐ×Ó·ÅÉäÐÔ
neutron radiobiology ÖÐ×Ó·ÅÉäÉúÎïѧ
neutron radiography ÖÐ×ÓÉäÏßÕÕÏà·¨
neutron ray ÖÐ×ÓÉäÏß
neutron reaction ÖÐ×Ó·´Ó¦
neutron reaction rate ÖÐ×Ó·´Ó¦ÂÊ
neutron reemission ÖÐ×ÓÔÙ·¢Éä
neutron reflection ÖÐ×Ó·´Éä
neutron reflector ÖÐ×Ó·´Éä²ã
neutron removal cross section ÖÐ×ÓÒƳö½ØÃæ
neutron reproduction ÖÐ×ÓÔÙÉú
neutron resonance ÖÐ×Ó¹²Õñ
neutron resonance absorption ÖÐ×Ó¹²ÕñÎüÊÕ
neutron rest mass ÖÐ×Ó¾²Ö¹ÖÊÁ¿
neutron rich isotope ·áÖÐ×ÓͬλËØ
neutron scattering ÖÐ×ÓÉ¢Éä
neutron scattering angular analyzer ÖÐ×ÓÉ¢Éä½Ç·ÖÎöÆ÷
neutron scintillation counter ÖÐ×ÓÉÁ˸¼ÆÊýÆ÷
neutron scintillator ÖÐ×ÓÉÁ˸Ìå
neutron sensitive chamber ÖÐ×ÓÁéÃôµçÀëÊÒ
neutron sensitive coating ÖÐ×ÓÁéÃô²ã
neutron sensitive material ÖÐ×ÓÁéÃô²ÄÁÏ
neutron separation energy ÖÐ×Ó·ÖÀëÄÜ
neutron shield ÖÐ×Ó·À»¤ÆÁ
neutron shielding material ÖÐ×ÓÆÁ±Î²ÄÁÏ
neutron shutter ÖÐ×ÓÊø¶ÏÐøÆ÷
neutron slab counter Æ½°åÐÍÖÐ×Ó¼ÆÊýÆ÷
neutron slowing down ÖÐ×ÓÂý»¯
neutron source ÖÐ×ÓÔ´
neutron source density ÖÐ×ÓÔ´ÃܶÈ
neutron source interlock ÖÐ×ÓÔ´ÁªËø×°ÖÃ
neutron source range ÖÐ×ÓÔ´·¶Î§
neutron source reactor ÖÐ×ÓÔ´·´Ó¦¶Ñ
neutron spectrometer ÖÐ×ÓÆ×ÒÇ
neutron spectrometry ÖÐ×Ó²âÆ×Êõ
neutron spectroscopy ÖÐ×ÓÆ×ѧ
neutron spectrum ÖÐ×ÓÄÜÆ×
neutron speed ÖÐ×ÓËÙ¶È
neutron spin echo method ÖÐ×Ó×ÔÐý»Ø²¨·¨
neutron spin flipper ÖÐ×Ó×ÔÐýµ¹ÏòÆ÷
neutron standard ÖÐ×Ó±ê×¼
neutron star ÖÐ×ÓÐÇ
neutron stripping ÖÐ×ÓÏÑ
neutron temperature ÖÐ×ÓζÈ
neutron therapy ÖÐ×ÓÁÆ·¨
neutron thermalization ÖÐ×ÓÈÈ»¯
neutron thermopile ÖÐ×ÓÈȵç¶Ñ
neutron tight ²»Í¸ÖÐ×ÓµÄ
neutron time of flight ÖÐ×Ó·ÉÐÐʱ¼ä
neutron time of flight analyzer ÖÐ×Ó·ÉÐÐʱ¼ä·ÖÎöÆ÷
neutron to gamma sensitivity ratio ÖÐ×Ó ÁéÃô¶È±È
neutron transfer reaction ÖÐ×ÓתÒÆ·´Ó¦
neutron transmission cross section ÖÐ×Ó͸Éä½ØÃæ
neutron transmutation doping ÖÐ×Óת±ä²ôÔÓ
neutron transport equation ÖÐ×ÓÊäÔË·½³Ì
neutron transport mean free path ÖÐ×ÓÊäÔËƽ¾ù×ÔÓɳÌ
neutron transport theory ÖÐ×ÓÊäÔËÀíÂÛ
neutron trap ÖÐ×ÓÊÕ¼¯Æ÷
neutron velocity ÖÐ×ÓËÙ¶È
neutron velocity distribution ÖÐ×ÓËٶȷֲ¼
neutron velocity selector ÖÐ×ÓËÙ¶ÈÑ¡ÔñÆ÷
neutron wavelength ÖÐ×Ó²¨³¤
neutron width ÖÐ×Ó¿í¶È
neutron yield ÖÐ×Ó²ú¶î
neutron yield per absorption Òò×Ó
neutronics ÖÐ×ÓÎïÀíѧ
neutronography ÖÐ×ÓÉäÏßÕÕÏà·¨
neutrons per absorption Ã¿´ÎÎüÊÕÒ»¸öÖÐ×ÓºóËù·Å³öµÄÖÐ×ÓÊý
neutrons per fission Ã¿´ÎÁѱäËù·Å³öµÄÖÐ×ÓÊý
neutrons per second Ã¿ÃëÖÓÖÐ×ÓÊý
neutrons yield per fission Ã¿´ÎÁѱäºóµÄÖÐ×Ó²ú¶î
neutrophil granule ÊÈÖÐÐÔÁ£
new core component transfer machine Ð¶Ñо²¿¼þ´«ËÍ»ú
new production reactor ÐÂÐÍÉú²ú¶Ñ
new production reactor for plutonium and electricity production îк͵çÁ¦Éú²úÓÃÐÂÐÍÉú²ú¶Ñ
nickel Äø
nickel plating ¶ÆÄø
nicolayite îÊ֬ǦÓË¿ó
nilsson model Äá¶ûÑ·Ä£ÐÍ
nilsson potential Äá¶ûÑ·ÊÆ
niobium îê
niton ÀØÉäÆø
nitride fuel µª»¯ÎïȼÁÏ
nitrogen µª
nitrogen asimilation µªËØͬ»¯
nivenite îÆÓË¿ó
no load characteristic ¿ÕÔØÌØÐÔ
nobelium ï»
nohlite îêîÆÓË¿ó
noise ÔëÉù
noise analysis ÔëÉù·ÖÎö
noise level ÔëÉù¼¶
nominal ] output ¶î¶¨¹¦ÂÊ
nominal activity ¶î¶¨·ÅÉäÐÔ
nominal atomic bomb ±ê³ÆÔ­×Óµ¯
nominal load ¶î¶¨¸ºÔØ
nominal nuclear weapon ±ê³ÆºËÎäÆ÷
nominal power ¶î¶¨¹¦ÂÊ
nominal value ¹«³ÆÖµ
non absorbing medium ²»ÎüÊÕ½éÖÊ
non application of safeguards ±£Õϼල·ÇÊÊÓÃ
non aqueous fluid fuel reactor ·ÇË®ÈÜҺȼÁÏ·´Ó¦¶Ñ
non breeder reactor ·ÇÔöÖ³·´Ó¦¶Ñ
non breeding material ·ÇÔöÖ³²ÄÁÏ
non coherent ·ÇÏà¸ÉÐÔµÄ
non compliance ²»·þ´Ó
non conservation of parity Óî³Æ²»Êغã
non crossing rule of potential curve ÊÆÄÜÇúÏß²»½»²æ¹æÔò
non degenerate gas ·Ç¼ò²¢ÆøÌå
non destructive assay ·ÇÆÆ»µÐÔ·ÖÎö
non destructive assay instrumentation ·ÇÆÆ»µÐÔ·ÖÎöÒÇÆ÷
non destructive estimation of hydrogen ·ÇÆÆ»µÐÔ²âÇâ
non destructive inspection ·ÇÆÆ»µÐÔ¼ì²é
non destructive testing ·ÇÆÆ»µÐÔÊÔÑé
non detection probability ·Ç̽²â¼¸ÂÊ
non diathermic ²»Í¸ÈȵÄ
non dispersive x ray fluorescence ²»É«É¢xÉäÏßÓ«¹â
non elastic cross section ·Çµ¯ÐÔ½ØÃæ
non equilibrium diffusion equation ·ÇƽºâÀ©É¢·½³Ì
non escape probability ²»ÌÓÍѼ¸ÂÊ
non fissile material ·ÇÁѱä²ÄÁÏ
non fission capture ·ÇÁѱä·ý»ñ
non fission neutron absorption ·ÇÁѱäÖÐ×ÓÎüÊÕ
non inductive Î޸еÄ
non ionized atom ·ÇµçÀëÔ­×Ó
non ionizing radiation ·ÇµçÀëÐÔ·øÉä
non isotopic ·ÇͬλËصÄ
non isotopic carrier ·ÇͬλËØÔØÌå
non leptonic decay ·ÇÇá×ÓË¥±ä
non linear field theory ·ÇÏßÐÔ³¡ÂÛ
non linear heating ·ÇÏßÐÔ¼ÓÈÈ
non linearity ·ÇÏßÐÔ
non local field theory ·Ç¶¨Óò³¡ÂÛ
non magic nucleus ·Ç»ÃºË
non nuclear material ·ÇºËÎïÖÊ
non nuclear weapon state ·ÇºË¹ú
non periodic ·ÇÖÜÆÚÐÔµÄ
non polar adsorption ·Ç¼«ÐÔÎü¸½
non polar bond ·Ç¼«ÐÔ¼ü
non polar linkage ·Ç¼«ÐÔ¼ü
non polarizing electrode ·Ç¼«»¯µç¼«
non pressurized reactor ²»¼Óѹ·´Ó¦¶Ñ
non proliferation of nuclear weapons ²»À©É¢ºËÎäÆ÷
non proliferation treaty of nuclear weapons ²»À©É¢ºËÎäÆõÔ¼
non quantized system ¾­µäϵͳ
non radiation transition ÎÞ·øÉäԾǨ
non radiative ·Ç·øÉäµÄ
non radioactive ·Ç·ÅÉäÐÔµÄ
non radioactive element ·Ç·ÅÉäÐÔÔªËØ
non radioactive isotope ·Ç·ÅÉäÐÔͬλËØ
non radioactive tracer ·Ç·ÅÉäÐÔʾ×Ù¼Á
non regenerative reactor ·ÇÔÙÉú·´Ó¦¶Ñ
non relativistic approximation ·ÇÏà¶ÔÂÛÐÔ½üËÆ
non relativistic particle ·ÇÏà¶ÔÂÛÐÔÁ£×Ó
non return valve Ö¹»Ø·§
non self quenching ·Ç×Ôâ§Ï¨µÄ
non symmetrical ·Ç¶Ô³ÆµÄ
non thermal radiation ·ÇÈÈ·øÉä
non uniform ²»¾ùÔȵÄ
non volatile fission product ÎÞ»Ó·¢ÐÔµÄÁѱä²úÎï
nonaxisymmetric torus ·ÇÖá¶Ô³Æ»·ÐÎÏßȦ
nondestructive analysis ·ÇÆÆ»µÐÔ·ÖÎö
nondestructive measurement ÎÞËð²âÁ¿
noninjurious ÎÞº¦µÄ
nonleakage probability ²»Â©Ê§¼¸ÂÊ
nonradiative ·Ç·øÉäµÄ
nonuniform distribution factor ·Ç¾ùÔÈ·Ö²¼ÏµÊý
nonvortical field ÎÞÎÐÐý³¡
norm ±ê×¼
normal ±ê×¼
normal atom Õý³£Ô­×Ó
normal band Õý³£´ø
normal cell ±ê×¼µç³Ø
normal glow discharge Õý³£»Ô¹â·Åµç
normal incidence ÕýÈëÉä
normal level Õý³£Äܼ¶
normal operating loss Õý³£ÔËÐÐËðʧ
normal shut down safety assembly Õý³£Í£¶Ñ°²È«×°ÖÃ
normal solution ¹æ¶¨ÈÜÒº
normal state »ù̬
normal temperature and pressure ±ê׼ζȺÍѹÁ¦
normalization ±ê×¼»¯
normalizing factor ¹éÒ»»¯Òò×Ó
notation ·ûºÅ
notification Í¨Öª
novacekite Ã¾ÉéÓËÔÆĸ
nozzle Åç×ì
nozzle enrichment process Åç×ìŨËõ·¨
nozzle separation Åç×ìÅçÆø·ÖÀë
nrts ÏȽø·´Ó¦ÐÔ²âÁ¿É豸
ns Ô­×Ó¶¯Á¦´¬
ntp ÀíÂÛÅÌÊý
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nu factor Ã¿´ÎÁѱäºóµÄÖÐ×Ó²ú¶î
nuclearʼ赀
nuclear absorption ºËÎüÊÕ
nuclear accident ºËʹÊ
nuclear accident dosimetry ºËʹʼÁÁ¿²â¶¨·¨
nuclear activation analysis ºË»î»¯·ÖÎö
nuclear agro industrial complex ºËÄÜÅ©¹¤ÒµÁªºÏÆóÒµ
nuclear aided engineering project ºËÄܸ¨Öú¹¤³Ì¼Æ»®
nuclear airburst ¿ÕÖк˱¬Õ¨
nuclear aircraft Ô­×Ó·É»ú
nuclear alignment ºËÅÅÁÐ
nuclear allocation ºËÎäÆÖÅä
nuclear amplitude ºËÕñ·ù
nuclear analytical chemistry ºË·ÖÎö»¯Ñ§
nuclear angular momentum ºË×ÔÐý
nuclear anomaly diagnosis ·´Ó¦¶ÑÒì³£Õï¶Ï
nuclear application ºËÓ¦ÓÃ
nuclear armament ºË¾ü±¸
nuclear arsenal ºËÎä¿â
nuclear ash ÉÕ¹ýµÄȼÁÏ
nuclear astrophysics Ô­×ÓºËÌìÌåÎïÀíѧ
nuclear atom ÂãºË
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nuclear attack submarine ¹¥»ÍºËDZͧ
nuclear attack threat ºË¹¥»þв
nuclear attraction ºËÒýÁ¦
nuclear auxiliary power unit system ¸¨ÖúºË¶¯Á¦×°ÖÃϵͳ
nuclear bank ºËȼÁÏ¿â
nuclear barrier ÊÆÀÝ
nuclear base ºË»ùµØ
nuclear battery Ô­×Óµç³Ø
nuclear binding energy ºË½áºÏÄÜ
nuclear binding energy distribution ºË½áºÏÄÜ·Ö²¼
nuclear blackmailʼ覕ͩ
nuclear blast ºË±¬Õ¨
nuclear boiler ºË¹ø¯
nuclear bomb Ô­×Óµ¯
nuclear bombardment ºËºä»÷
nuclear bomberʼ輊ͬȜ
nuclear breeder ÔöÖ³¶Ñ
nuclear burst ºË±¬Õ¨
nuclear calculation ºË¼ÆËã
nuclear capture ºË·ý»ñ
nuclear cascade ºË¼¶Áª
nuclear catastrophe ºËÔÖÄÑ
nuclear chain reaction ºËÁ´Ê½·´Ó¦
nuclear charge ºËµçºÉ
nuclear charge number ºËµçºÉÊý
nuclear chemistry ºË»¯Ñ§
nuclear civil engineering ºËÃñÓù¤³Ì
nuclear clock ºËʱÖÓ
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nuclear cluster motion ºË½áÍÅÔ˶¯
nuclear collision ºËÅöײ
nuclear compressibility ºËѹËõÐÔ
nuclear constant ºË³£Êý
nuclear constitution ºË½á¹¹
nuclear control ºË·´Ó¦¿ØÖÆ
nuclear conversion ºËת»»
nuclear cooling ºËÀäÈ´
nuclear cosmochronology ºËÓîÖæÄê´úѧ
nuclear counter ºË¼ÆÊýÆ÷
nuclear counting ºË·øÉä¼ÆÊý
nuclear crater ºËÕ¨¿Ó
nuclear critical accident ºËÁÙ½çʹÊ
nuclear criticality ºËÁÙ½ç
nuclear cross section ºË½ØÃæ
nuclear current density ºËÁ£×ÓÁܶÈ
nuclear damage assessment ºË¹¥»Æ»µ¹À¼Æ
nuclear data ºËÊý¾Ý
nuclear data sheet ºËÊý¾Ýͼ±í
nuclear data unit ºËÊý¾Ý²¿
nuclear debris ºËËéƬ
nuclear decay ºËË¥±ä
nuclear decomposition ºË·Ö½â
nuclear defence Ô­×Ó·ÀÓù
nuclear defence capability ºË·ÀÓùÄÜÁ¦
nuclear deformation ºËÐαä
nuclear delay ºËÑÓ³Ù
nuclear denaturant ºË±äÐÔ¼Á
nuclear density ºËÃܶÈ
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nuclear desalination ºËÄܺ£Ë®µ­»¯
nuclear design calculation ºËÉè¼Æ¼ÆËã
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nuclear detonation ºË±¬Õ¨
nuclear detonation munition ºË±¬ÆƵ¯Ò©
nuclear diameter ºËÖ±¾¶
nuclear dipole moment ºËż¼«¾Ø
nuclear disarmament ½â³ýºËÎäÆ÷
nuclear disintegration ºËË¥±ä
nuclear disintegration energy ºËË¥±äÄÜ
nuclear dispersion relation ºËÉ«É¢¹Øϵ
nuclear disruption ºËÆÆÁÑ
nuclear dual purpose plant Á½Óú˵çÕ¾
nuclear dud Î´±¬ºËµ¯
nuclear dynamics ºË¶¯Á¦Ñ§
nuclear ecology ºËÉú̬ѧ
nuclear effective temperature ÓÐЧºËζÈ
nuclear electric propulsion ºËµçÍƽø
nuclear electric quadrupole moment ºËµçËļ«¾Ø
nuclear electromagnetic moment ºËµç´Å¾Ø
nuclear electromagnetic pulse ºËµç´ÅÂö³å
nuclear electron ºËµç×Ó
nuclear electronic effect program ºËµç×ÓЧ¹û³ÌÐò
nuclear electronics ºËµç×Óѧ
nuclear emission ºË·¢Éä
nuclear emulsion ºËÈ齺
nuclear energetics ºË¶¯ÄÜѧ
nuclear energyʼ耆
nuclear energy level density ºËÄܼ¶ÃܶÈ
nuclear engine ºË·¢¶¯»ú
nuclear engine for rocket vehicle application »ð¼ý·ÉÐÐÆú˷¢¶¯»ú
nuclear engineer ºË¹¤³Ìʦ
nuclear engineering ºË¹¤ÒÕѧ
nuclear engineering test reactor ºË¹¤³ÌÊÔÑé·´Ó¦¶Ñ
nuclear environment ºË»·¾³
nuclear equation ºË·´Ó¦·½³Ì
nuclear equipment ºËÉ豸
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nuclear event ºËʼþ
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nuclear explosion ºË±¬Õ¨
nuclear explosion engineering ºË±¬Õ¨¹¤³Ì
nuclear explosion in outer space Íâ²ã¿Õ¼äºË±¬Õ¨
nuclear explosion seismology ºË±¬Õ¨µØÕðѧ
nuclear explosive ºËÕ¨Ò©
nuclear facility ºËÉèÊ©
nuclear field ºËÁ¦³¡
nuclear field theory ºË³¡ÂÛ
nuclear fission ºËÁѱä
nuclear fission threshold ÁѱäãÐÄÜ
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nuclear form factor ºËÐÎ×´Òò×Ó
nuclear fragment ºËËéƬ
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nuclear fuel assembly ºËȼÁÏ×é¼þ
nuclear fuel burn up ºËȼÁÏȼºÄ
nuclear fuel cycle ºËȼÁÏÑ­»·
nuclear fuel cycle cost ºËȼÁÏÑ­»·³É±¾
nuclear fuel cycle economy ºËȼÁÏÑ­»·¾­¼Ã
nuclear fuel cycle facility ºËȼÁÏÑ­»·ÉèÊ©
nuclear fuel element ºËȼÁÏÔª¼þ
nuclear fuel material ºËȼÁϲÄÁÏ
nuclear fuel processing ºËȼÁϼӹ¤
nuclear fuel recovery ºËȼÁÏ»ØÊÕ
nuclear fuel refinement ºËȼÁϾ«ÖÆ
nuclear fuel regeneration ºËȼÁÏÔÙÉú
nuclear fuel reprocessing plant ºËȼÁϺó´¦Àí¹¤³§
nuclear fuel resources ºËȼÁÏ×ÊÔ´
nuclear fuel rocket ºËȼÁÏ»ð¼ý
nuclear fuel services plant ºËȼÁÏ·þÎñ¹¤³§
nuclear fusion ºË¾Û±ä
nuclear fusion bomb ÈȺ˵¯
nuclear fusion energy source ºË¾Û±äÄÜÔ´
nuclear fusion reactor triggered by laser ¼¤¹â´¥·¢ºË¾Û±ä·´Ó¦¶Ñ
nuclear fusion test plant ºË¾Û±äÊÔÑé×°ÖÃ
nuclear gamma ray resonance absorption ºËÉäÏß¹²ÕñÎüÊÕ
nuclear gamma resonance ÄÂ˹±«¶ûЧӦ
nuclear geochemistry ºËµØÇò»¯Ñ§
nuclear geometrical cross section ºË¼¸ºÎ½ØÃæ
nuclear geophysics ºËµØÇòÎïÀíѧ
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nuclear industry Ô­×ÓÄܹ¤Òµ
nuclear inflammability ºË¿ÉȼÐÔ
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nuclear installation ºËÉèÊ©
nuclear instrument ºËÒÇÆ÷
nuclear instrument module ÄáÄ·
nuclear instrumentation ºË¼à²âÒDZí
nuclear instrumentation system ºË¼à²âÒDZíϵͳ
nuclear interaction ºËÏ໥×Ã
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nuclear isobar Í¬ÖÊÒìλËØ
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nuclear isomer transition Í¬ÖÊÒìÄÜԾǨ
nuclear isomerism ºËͬÖÊÒìÄÜÐÔ
nuclear isotope battery ºËͬλËصç³Ø
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nuclear know how ºË¼¼ÄÜ
nuclear level ºËÄܼ¶
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nuclear machinery ºË×°ÖÃ
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nuclear magnetic moment ºË´Å¾Ø
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nuclear magnetic resonance ºË´Å¹²Õñ
nuclear magnetic resonance induction method ºË´Å¹²ÕñÓÕµ¼·¨
nuclear magnetic resonance spectroscopy ºË´Å¹²ÕñÆ×ѧ
nuclear magnetic resonance spectrum ºË´Å¹²ÕñÆ×
nuclear magnetism ºË´ÅÐÔ
nuclear magneton ºË´Å×Ó
nuclear mass ºËÖÊÁ¿
nuclear mass formula of weizsacker ÍâÈû¿ËºËÖÊÁ¿¹«Ê½
nuclear material ºË²ÄÁÏ
nuclear material accountancy ºËÎïÖʼÆÁ¿ºâËã
nuclear material accounting ºËÎïÖʺâËã¼ÆÁ¿
nuclear material control ºË²ÄÁÏ¿ØÖÆ
nuclear material control system ºË²ÄÁÏ¿ØÖÆϵͳ
nuclear material identification system ºË²ÄÁϼìÑéϵͳ
nuclear material measurement ºËÎïÖʲâÁ¿
nuclear materials information system ºË²ÄÁÏÐÅϢϵͳ
nuclear materials inventory system ºË²ÄÁÏ¿â´æÁ¿µéϵͳ
nuclear materials management and safeguards system ºË²ÄÁϹÜÀíºÍºË¼à¶½ÏµÍ³
nuclear materials safeguards ºË²ÄÁϱ£Õϼල´ëÊ©
nuclear materials security ºËÎïÖÊ°²È«µ£±£
nuclear materials transfer report ºË²ÄÁÏתÒƱ¨¸æ
nuclear matter ºËÎïÖÊ
nuclear medicine ºËҽѧ
nuclear metallurgy ºËÒ±½ðѧ
nuclear meteorology ºËÆøÏóѧ
nuclear microanalysis ºË΢Á¿·ÖÎö
nuclear mining ºË²É¿ó
nuclear missile ´øºËµ¯Í·µ¼µ¯
nuclear mockup ºË·´Ó¦¶ÑÄ£Äâ
nuclear model ºËÄ£ÐÍ
nuclear model of the atom Ô­×ÓºËÄ£ÐÍ
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nuclear monopoly ºË¢¶Ï
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nuclear oceanography ºËº£Ñóѧ
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nuclear optical model ºË¹âѧģÐÍ
nuclear orientation ºËÈ¡Ïò
nuclear overlord ºË°ÔÍõ
nuclear packing ºË½ôÊø
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nuclear paramagnetic resonance ºË˳´Å¹²Õñ
nuclear paramagnetism ºË˳´ÅÐÔ
nuclear park ºË»ùµØ
nuclear particle ºË×Ó
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nuclear peninsula ºË°ëµº
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nuclear photon source ºË¹â×ÓÔ´
nuclear physicist ºËÎïÀíѧ¼Ò
nuclear physics ºËÎïÀíѧ
nuclear pile °åÓ¦¶Ñ
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nuclear potential ºËλÊÆ
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nuclear propellant ÍƽøÓúËȼÁÏ
nuclear propelled aircraft Ô­×Ó·É»ú
nuclear properties ºËÌØÐÔ
nuclear propulsion ºËÍƽø
nuclear pure ºË´¿µÄ
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nuclear quality assurance ºËÐÔÄܱ£Ö¤
nuclear radiation ºË·øÉä
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nuclear reacor °åÓ¦¶Ñ
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nuclear reaction cross section ºË·´Ó¦½ØÃæ
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nuclear reaction formula ºË·´Ó¦·½³Ì
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nuclear reactor ·´Ó¦¶Ñ
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nuclear reactor chemistry ºË·´Ó¦¶Ñ»¯Ñ§
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nuclear reactor kinetics ºË·´Ó¦¶Ñ¶¯Á¦Ñ§
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nuclear reactor metallurgy ºË·´Ó¦¶ÑÒ±½ðѧ
nuclear reactor physics ºË·´Ó¦¶ÑÎïÀíѧ
nuclear reactor safety ·´Ó¦¶Ñ°²È«ÐÔ
nuclear reactor safety criteria ºË·´Ó¦¶Ñ°²È«ÐÔ×¼Ôò
nuclear reactor safety evaluation ºË·´Ó¦¶Ñ°²È«ÐÔÆÀ¼Û
nuclear reactor technology ºË·´Ó¦¶Ñ¹¤ÒÕѧ
nuclear reactor theory ·´Ó¦¶ÑÀíÂÛ
nuclear rearrangement ºËÖØÅÅ
nuclear recoil Ô­×Ӻ˷´³å
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nuclear refrigeration ºËÀ䶳
nuclear repulsion ºËÅųâ
nuclear research Ô­×ÓºËÑо¿
nuclear resonance ºË¹²Õñ
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nuclear resonance scattering ¹²ÕñÉ¢Éä
nuclear risk ºËΣº¦
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nuclear rotational energy ºËת¶¯ÄÜ
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nuclear rounds ºËµ¯Ò©·¢Êý
nuclear safeguards ºË±£Õϼල
nuclear safety ºË°²È«
nuclear safety criterion ºË°²È«×¼Ôò
nuclear safety information center ºË°²È«Ç鱨ÖÐÐÄ
nuclear safety research reactor ºË°²È«Ñо¿¶Ñ
nuclear safety standards ºË°²È«±ê×¼
nuclear scattering ºËÉ¢Éä
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nuclear science Ô­×ÓºËÎïÀíѧ
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nuclear ship Ô­×Ó¶¯Á¦´¬
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nuclear spin ºË×ÔÐý
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nuclear spin quantum number ºË×ÔÐýÁ¿×ÓÊý
nuclear stability ºËÎȶ¨ÐÔ
nuclear stability curve ºËÎȶ¨ÐÔÇúÏß
nuclear star ºËÐÇ
nuclear state ºË״̬
nuclear statistics ºËͳ¼Æ
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nuclear supplier guidelines ºËÎïÖʹ©¸ø¹ú×¼Ôò
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nuclear synthesis ºË¾Û±ä
nuclear systems reliability engineering ºËϵͳ¿É¿¿ÐÔ¹¤³Ì
nuclear target ºË°Ð
nuclear technique ºË¼¼Êõ
nuclear technology ºË¹¤ÒÕѧ
nuclear temperature ºËζÈ
nuclear test ºËÊÔÑé
nuclear test aircraft ºËÊÔÑé·É»ú
nuclear test detection ºËÊÔÑé̽²â
nuclear test facility ºËÊÔÑéÉèÊ©
nuclear test plant ºËÊÔÑ鹤³§
nuclear theory ºËÀíÂÛ
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nuclear thermodynamics ºËÈÈÁ¦Ñ§
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nuclear transition ºËԾǨ
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nuclear trial ºËÊÔÑé
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nuclear well ºËÊÆÚå
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nucleate boiling Åݺ˷ÐÌÚ
nucleation ³ÉºË
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nucleogenesis ºËÆðÔ´
nucleon gas ºË×ÓÆøÌå
nucleon nucleon collision ºË×Ó ºË×ÓÅöײ
nucleon nucleon encounter ºË×Ó ºË×ÓÅöײ
nucleon nucleon scattering ºË×Ó ºË×ÓÉ¢Éä
nucleon number ÖÊÁ¿Êý
nucleon recoil ºË×Ó·´³å
nucleon therapy facility ºË×ÓÖÎÁÆÉ豸
nucleon transfer reaction ºË×ÓתÒÆ·´Ó¦
nucleonics ºË×Óѧ
nucleor ÂãºË×Ó
nucleosynthesis ºË¾Û±ä
nucleus ºË
nucleus bond energy ºË½áºÏÄÜ
nucleus emulsion microscope ºËÈ齺ÏÔ΢¾µ
nucleus of condensation Äý½áÖÐÐÄ
nucleus of uranium atom Ó˺Ë
nucleus screening ºËÆÁ±Î
nucleus shell structure ºË¿Ç²ã½á¹¹
nuclide ºËËØ
nuclide abundance ºËËØ·á¶È
nuclide generator ºËËØ·¢ÉúÆ÷
nuclide mass ºËËØÖÊÁ¿
nuclon ºË×Ó
null instrument ÁãָʾÆ÷
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number of theoretical plates ÀíÂÛÅÌÊý
number of theoretical stages ÀíÂÛÅÌÊý
number of transfer units ´«µÝµ¥Î»Ä¿Êý
numerical control Êý×Ö¿ØÖÆ
nusselt number Å¬Èû¶ûÌØÊý
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objective of iaea safeguards ¹ú¼ÊÔ­×ÓÄÜ»ú¹¹µÄ±£ÕϼලĿ±ê
oblique impact Ð±Åö
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observation error ¹Û²ìÎó²î
observation point ¹Û²âµã
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observation well ¹Û²â¿×
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observed threshold ¹Û²âãÐ
observer ¹Û²âÔ±
obsolete processing facility ·ÏÆúµÄ´¦ÀíÉèÊ©
obstruction ÕÏ°­
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occlusion Îü²Ø
occupation probability Õ¼¾Ý¸ÅÂÊ
occupational disease Ö°Òµ²¡
occupational exposure Ö°ÒµÐÔÕÕÉä
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occupied area Õ¼ÓеØÓò
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occurrence ·¢Éú
ocean based nuclear plant º£µ×ºËµçÕ¾
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ocean disposal º£ÑóÅÅ·Å
ocean dual purpose nuclear power station º£ÑóÁ½Óú˵çÕ¾
oceanographic radiobiology º£Ñó·ÅÉäÉúÎïѧ
octet °ËÖØ̬
octet rule in hadronic decay Ç¿×ÓË¥±äµÄ°ËÖØÂÉ
octopole °Ë¼«
octupole °Ë¼«
octupole magnet °Ë¼«´ÅÌå
octupole radiation °Ë¼«·øÉä
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ocular Ä¿¾µ
ocular examination Ä¿ÊÓ¼ì²é
odd ÆæÊýµÄ
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odd even effect ÆæżЧӦ
odd even mass effect Ææ żÖÊÁ¿Ð§Ó¦
odd even nucleus Ææ żºË
odd even rule of nuclear stability ºËÎȶ¨ÐÔµÄÆæż¶¨Ôò
odd even shift Ææ żÒÆλ
odd mass number ÆæÖÊÁ¿Êý
odd molecules Ææ·Ö×Ó
odd nucleus ÆæºË
odd odd nucleus Ææ ÆæºË
odd parity ÆæÓî³Æ
odd term of atom Ô­×ÓµÄÆæÊýÏî
odorless ÎÞÆøζµÄ
oersted °Â˹ÌØ
off gas ·ÏÆø
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off load fuelled power reactor Í£¶Ñ»»Á϶¯Á¦¶Ñ
off site surveillance ³¡Íâ¼àÊÓ
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offal ·ÏÎï
offset current ²¹³¥µçÁ÷
offshore dual purpose nuclear power and desalination plant ½üº£·¢µçºÍµ­»¯Á½Óú˵çÕ¾
offshore nuclear generating station ½üº£ºËµçÕ¾
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oh marie Óлú¼õËÙ¼Á·´Ó¦¶Ñ
ohmic heating Å·Ä·¼ÓÈÈ
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oil diffusion pump ÓÍÕôÆøÀ©É¢±Ã
oklo phenomenon °Â¿ËÀÍÏÖÏó
old quantum mechanical theory ²£¶û Ë©·ÆÁ¿×ÓÂÛ
omega particle y Á£×Ó
omega spectrometer °ÂÃ×Ù¤Æ×ÒÇ
omegatron »ØÐý¸ßƵÖÊÆ×¼Æ
omnidirectional È«ÏòµÄ
omre Óлú¼õËÙ¼Á·´Ó¦¶Ñ
on line Áª»úµÄ
on line control Áª»ú¿ØÖÆ
on line control system ÔÚÏß¿ØÖÆϵͳ
on line data analysis facility ÔÚÏßÊý¾Ý·ÖÎöÉ豸
on line isotope separator ÔÚÏßͬλËØ·ÖÀëÆ÷
on line mass spectrometer ÔÚÏßÖÊÆ×¼Æ
on load fuelled power reactor ²»Í£¶Ñ»»Á϶¯Á¦¶Ñ
once in a lifetime exposure ÖÕÉíÒ»´ÎÕÕÉäÁ¿
once through cooling Ö±ÁäÈ´
once through flowsheet Ò»´ÎÑ­»·ÁÌͼ
once through fuel cycle Ò»´ÎȼÁÏÑ­»·
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oncoming neutron ÈëÉäÖÐ×Ó
ondograph ¸ßƵʾ²¨Æ÷
ondometer Æµ¼Æ
one boson exchange force µ¥²£É«×Ó½»»»Á¦
one compartment model µ¥Çø»®Ä£ÐÍ
one component transfer µ¥×é·Ö´«µÝ
one cycle process µ¥Ñ­»·¹ý³Ì
one electron approximation µ¥µç×Ó½üËÆ
one group approximation µ¥Èº½üËÆ·¨
one group method µ¥Èº·¨
one group model µ¥ÈºÄ£ÐÍ
one group theory µ¥ÈºÀíÂÛ
one group theory of reactor ·´Ó¦¶Ñµ¥ÈºÀíÂÛ
one group treatment reactor ·´Ó¦¶Ñµ¥Èº´¦Àí
one nucleon state µ¥ºË×Ó̬
one over v law 1/v¶¨ÂÉ
one particle level µ¥Á£×ÓÄܼ¶
one particle model µ¥Á£×ÓÄ£ÐÍ
one particle one hole state µ¥Á£×Ó µ¥¿ÕѨ̬
one particle state µ¥Á£×Ó̬
one pion exchange force µ¥½é×Ó½»»»Á¦
one region reactor µ¥Çø·´Ó¦¶Ñ
one speed diffusion equation µ¥ËÙÀ©É¢·½³Ì
one speed neutron transport equation µ¥ËÙÖÐ×ÓÊäÔË·½³Ì
one tenth period Ê®·Ö֮һ˥¼õÆÚ
one tenth value layer Ê®·ÖÖ®Ò»Öµ¼õÈõ²ã
one velocity reactor µ¥ÄÜÖÐ×Ó·´Ó¦¶Ñ
opal glass Èé°×ÆÂÁ§
opaline Èé°×ÆÂÁ§
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open air ionization chamber ¿ª·Åʽ¿ÕÆøµçÀëÊÒ
open cooling system ¿ªÊ½Àäȴϵͳ
open cycle ¿ªÊ½Ñ­»·
open cycle plant ¿ªÊ½Ñ­»··¢µç³§
open ended system ¿ª¶ËÐÍϵͳ
open fuel cycle È¼ÁÏ¿ªÊ½Ñ­»·
open shell ¿ª¿Ç²ã
open shell nuclei ¿ª¿Ç²ãºË
open system ¿ª¶Ëϵͳ
open system of magnetic field ´Å³¡¿ª¶Ëϵͳ
open tank reactor ¿ª²ÛÐÍ·´Ó¦¶Ñ
operating characteristic ÔËÐÐÌØÐÔ
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operating reactor ÔËÐÐÖз´Ó¦¶Ñ
operating records ÔËÐмǼ
operating report ÔËÐб¨¸æ
operating system ²Ù׵ͳ
operating temperature ÔËÐÐζÈ
operating voltage ¹¤×çѹ
operation ²Ù×÷ÔËÐÐ
operation and maintenance ÔËÐÐÓëά»¤
operation loss ÔËÐÐËðʧ
operational amplifier ÔËËã·Å´óÆ÷
operational characteristic ÔËÐÐÌØÐÔ
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operational protection system ÔËÐб£»¤ÏµÍ³
operator ²Ù×±;Ëã·û
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optical dating ¼¤¹â¶Ï´ú
optical fiber ¹âµ¼ÏËά
optical model ºË¹âѧģÐÍ
optical pumping ¹â³éÔË
optical pyrometer ¹â²â¸ßμÆ
optical surveillance device ¹âѧ¼àÊÓ×°ÖÃ
optically pumped laser ¹â³éÔ˼¤¹âÆ÷
optimal control ×î¼Ñ¿ØÖÆ
optimization ×î¼Ñ»¯
optimum lattice ×î¼ÑÕ¤¸ñ
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order Ë³Ðò
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organic cooled reactor ÓлúÀäÈ´·´Ó¦¶Ñ
organic liquid moderated and cooled reactor ÓлúÒºÌåÂý»¯ÀäÈ´·´Ó¦¶Ñ
organic moderated reactor Óлú¼õËÙ¼Á·´Ó¦¶Ñ
organic moderated reactor experiment ÓлúÂý»¯ÊµÑé¶Ñ
organic moderator ÓлúÂý»¯¼Á
organic quenched counter tube Óлúâ§Ãð¼ÆÊý¹Ü
organic scintillator ÓлúÉÁ˸Ìå
organic solvent ÓлúÈܼÁ
orientation È¡Ïò
orientation effect È¡ÏòЧӦ
oriented nuclei ¶¨ÏòºË
orifice ¸ô°å;¿×
orificing the coolant ¶ÔÀäÈ´¼Á¼Ó¿×°å½ÚÁ÷
original fission Ô­Ê¼Áѱä
orthogonal system Õý½»Ïµ
orthophosphoric acid ÕýÁ×Ëá
orthopositronium Õýµç×Ó¶ÔËØ
orthorhombic system Ð±·½Ïµ
oscillation Õñ¶¯
oscillation frequency Õñµ´ÆµÂÊ
oscillator Õñ×Ó
oscillator model Õñ×ÓÄ£ÐÍ
oscillatory discharge Õñµ´·Åµç
osmium ï°
osmose Éø͸
osmosis Éø͸
osmotic pressure Éø͸ѹ
out in refuelling Íâ²ãȼÁÏÄÚÒÆ»»ÁÏ·½Ê½
out of core fuel management ¶ÑÍâȼÁϹÜÀí
out of core inventory ¶ÑÍâ¿â´æÁ¿
out of order ÓйÊÕϵÄ
out pile loop ·´Ó¦¶ÑÍâ»Ø·
out pile test ¶ÑÍâÊÔÑé
outage Í£¶Ñ
outburst ±¬·¢
outcome ³ö¿Ú
outer bremsstrahlung ÍâéíÖ·øÉä
outer capsule ÍâĤ
outer containment Íⲿ°²È«¿Ç
outer orbit Íâ²ã¹ìµÀ
outer product Ê¸»ý
outer shell Íâ¿Ç²ã
outer shell electron Íâ¿Çµç×Ó
outerwork function Í⹦º¯Êý
outfall pipe ÏÂË®¹Ü
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outgas ³ýÆø
outlet ³ö¿Ú
outlet temperature ³ö¿ÚζÈ
outline ÂÖÀª
output ³ö¿Ú
output data Êä³öÊý¾Ý
output power Êä³ö¹¦ÂÊ
output pulse Êä³öÂö³å
output stage Êä³ö¼¶
overall coefficient of heat transfer ×Ü´«ÈÈϵÊý
overall enrichment per stage Ã¿¼¶Å¨ËõϵÊý
overall fuel cost È«²¿È¼ÁÏ·ÑÓÃ
overall load factor ×ܸººÉÒòÊý
overall recovery efficiency ×Ü»ØÊÕЧÂÊ
overall treatment time ×Ü´¦Àíʱ¼ä
overcompression ¹ýѹËõ
overcooling ¹ýÀä
overdose ³¬¼ÁÁ¿
overexposure ¹ý¶È·øÕÕ
overflux relay ³¬Í¨Á¿¼ÌµçÆ÷
overhauser effect °Â·ðºÀÈûЧӦ
overhead Í·Áó·Ö
overhead manipulator ¼Ü¿Õʽ»úеÊÖ
overhead product Áó³öÎï
overheat ¹ýÈÈ
overheated ¹ýÈȵÄ
overirradiation ¹ý¶È·øÕÕ
overlap Öصþ
overload ¹ýÔØ
overload relay ¹ýÔؼ̵çÆ÷
overmoderated ¹ýÂý»¯µÄ
overradiation alarm ¹ý·øÉ䱨¾¯Æ÷
override protection ¹ýÔر£»¤
overshoot ¹ýµÚ
overvoltage ¹ýѹ
oxalic acid ²ÝËá
oxidant Ñõ»¯¼Á
oxidation Ñõ»¯
oxidation reduction Ñõ»¯»¹Ô­×Ã
oxidation reduction cycle Ñõ»¯»¹Ô­Ñ­»·
oxidation reduction process Ñõ»¯»¹Ô­·¨
oxidation reduction titration Ñõ»¯ »¹Ô­µÎ¶¨
oxidation state Ñõ»¯×´Ì¬
oxidative slagging Ñõ»¯Ôü»¯
oxide Ñõ»¯Îï
oxide fuel element Ñõ»¯ÎïȼÁÏÔª¼þ
oxide fuel material Ñõ»¯ÎïȼÁÏÎïÖÊ
oxidizer unit Ñõ»¯×°ÖÃ
oxidizing agent Ñõ»¯¼Á
oxidizing roasting Ñõ»¯±ºÉÕ
oxydation Ñõ»¯
oxygen Ñõ
oxygen effect ÑõЧӦ
oxygen/uranium ÑõÓ˱È
p electron p µç×Ó
p orbital p ¹ì
package °ü×°
package irradiation plant °ü×°Îï·øÕÕ×°ÖÃ
package monitor °ü×°Îï¼à²âÆ÷
package reactor ×°Åäʽ·´Ó¦¶Ñ
packaged component Õû×°²¿¼þ
packaged plant Ð¡ÐÍ×°ÖÃ
packed column ÌîÁÏËþ
packed column dissolver Ìî³äÖùʽÈܽâÆ÷
packed height Ìî³ä¸ß¶È
packed tower ÌîÁÏËþ
packing Ìî³äÎï
packing density ×°ÌîÃܶÈ
packing effect ÖÊÁ¿¿ð
packing fraction Á²¼¯ÏµÊý
paint film Í¿Áϱ¡Ä¤
pair attenuation coefficient Õý¸ºµç×Ó¶ÔË¥¼õϵÊý
pair coincidence spectra Õý¸ºµç×Ó¶Ô·ûºÏÆ×
pair conversion ¶Ôת»»
pair correlation function ¶ÔÏà¹Øº¯Êý
pair creation Õý¸ºµç×ӶԵIJúÉú
pair emission µç×Ó Õýµç×ÓżÐγÉ
pair formation Õý¸ºµç×ӶԵIJúÉú
pair production µç×Ó Õýµç×ÓżÐγÉ
pair production absorption ²úÉúµç×Ó¶ÔµÄÎüÊÕ
pair spectrometer Õý¸ºµç×Ó¶ÔÆ×ÒÇ
paired electron ³É¶Ôµç×Ó
pairing energy ³É¶ÔÄÜ
pairing interaction ¶ÔÏ໥×Ã
pairing rotation ¶ÔÐýת
pairing vibration ¶ÔÕñ¶¯
palladium îÙ
palladium leak test îÙ¼ì©ÊÔÑé
pancake coil ±âƽÏßȦ
pancake reactor ±âƽ·´Ó¦¶Ñ
pancaked core ±âƽ¶Ñо
panel ÅäµçÅÌ
pantograph ±ÈÀý»­Í¼ÒÇ
paper chromatography Ö½ÉÏÉ«Æ×·¨
para deuterium ÖÙÖØÇâ
para hydrogen ÖÙÇâ
parallel flow ²¢Á÷
parallel magnetic field Æ½Ðдų¡
parallel plate chamber Æ½ÐаåµçÀëÊÒ
parallel plate counter Æ½Ðа弫¼ÆÊý¹Ü
parallel spins Æ½ÐÐ×ÔÐý
paralysis period Ê§Áéʱ¼ä
paramagnet Ë³´ÅÌå
paramagnetic absorption Ë³´ÅÎüÊÕ
paramagnetic material Ë³´ÅÌå
paramagnetic resonance Ë³´Å¹²Õñ
paramagnetic resonance absorption Ë³´Å¹²ÕñÎüÊÕ
paramagnetic scattering Ë³´ÅÉ¢Éä
paramagnetic susceptibility Ë³´Å´Å»¯ÂÊ
parameters of state ×´Ì¬±äÁ¿
parametric amplifier ²ÎÁ¿·Å´óÆ÷
parametric instability ²ÎÊý²»Îȶ¨ÐÔ
parapositronium ÖÙÕýµç×ÓËØ
parasitic absorption ¼ÄÉúÎüÊÕ
parasitic capture ¼ÄÉú·ý»ñ
parasitic count ¼ÄÉú¼ÆÊý
parasitic cross section ¼ÄÉú½ØÃæ
parasitic current ¼ÄÉúµçÁ÷
parasitic loss ¼ÄÉúËðʧ
parasitic neutron absorption ¼ÄÉúÖÐ×ÓÎüÊÕ
parasitic neutron capture ¼ÄÉúÖÐ×Ó·ý»ñ
parasitic oscillation ¼ÄÉúÕñµ´
parasitic scattering ¼ÄÉúÉ¢Éä
parasitic signal ¼ÄÉúÐźÅ
parasitics ¼ÄÉúÏÖÏó
paravertebral irradiation ¼¹×µÅÔ·øÕÕ
parent Ä¸Ìå
parent atom Ä¸Ô­×Ó
parent element Ä¸ÌåÔªËØ
parent fuel Ô­ÉúȼÁÏ
parent isotope Ä¸Í¬Î»ËØ
parent material Ä¸ÖÊ
parent nucleus Ä¸ºËËØ
parent nuclide Ä¸ºËËØ
parent peak Ä¸·å
parhelium ÖÙº¤
parity Óî³ÆÐÔ
parity conservation law Óî³ÆÊغ㶨ÂÉ
parity selection rule Óî³ÆÑ¡Ôñ¶¨Ôò
parity violation Óî³Æ²»Êغã
parsonsite Ð±Á×ǦÓË¿ó
part per billion Ê®ÒÚ·ÖÖ®Ò»
part per hundred million ÒÚ·ÖÖ®Ò»
part per million °ÙÍò·ÖÖ®Ò»
part per trillion ÍòÒÚ·ÖÖ®Ò»
partial condensation ²¿·ÖÀäÄý
partial conversion coefficient ¾Ö²¿×ª»»ÏµÊý
partial correlation coefficient ·ÖÏà¹ØϵÊý
partial crit ´ÎÁÙ½çÖÊÁ¿
partial cross section ²¿·Ö½ØÃæ
partial disintegration ²¿·ÖË¥±ä
partial disintegration constant ²¿·ÖË¥±ä³£Êý
partial dislocation ·Öλ´í
partial exposure ¾Ö²¿ÕÕÉä
partial half life ²¿·Ö°ëË¥ÆÚ
partial irradiation ¾Ö²¿ÕÕÉä
partial shield ¾Ö²¿ÆÁ±Î
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partial vacuum ²¿·ÖÕæ¿Õ
partial width ²¿·ÖÄܼ¶¿í¶È
partially filled shell ²¿·ÖÌîÂúµÄ¿Ç²ã
partially ionized plasma ¾Ö²¿µçÀëµÈÀë×ÓÌå
partially occupied band ²¿·ÖÕ¼¾ÝÄÜ´ø
partially reflected reactor ²¿·Ö·´Éä²ã·´Ó¦¶Ñ
particle Á£×Ó
particle absorption Á£×ÓÎüÊÕ
particle accelerator Á£×Ó¼ÓËÙÆ÷
particle accelerator science and technology Á£×Ó¼ÓËÙÆÆѧ¼¼Êõ
particle analysis Á£×Ó·ÖÎö
particle analyzer Á£×Ó·ÖÎöÆ÷
particle antiparticle conjugation Á£×Ó ·´Á£×Ó¹²éî
particle beam Á£×ÓÊø
particle beam nuclear fusion Á£×ÓÊøºË¾Û±ä
particle beam weapon Á£×ÓÊøÎäÆ÷
particle bombardment Á£×Óºä»÷
particle booster Á£×ÓÁöÇ¿Æ÷
particle charge Á£×ÓµçºÉ
particle counter Á£×Ó¼ÆÊý¹Ü
particle current density Á£×ÓÁܶÈ
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particle density Á£×ÓÃܶÈ
particle detector Á£×Ó̽²âÆ÷
particle drift Á£×ÓƯÒÆ
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particle energy Á£×ÓÄÜ
particle failure Á£×ÓÆÆÁÑ
particle fluence Á£×ÓÁý·ÖͨÁ¿
particle fluence rate Á£×ÓÁý·ÖͨÁ¿ÂÊ
particle flux Á£×ÓͨÁ¿
particle flux density Á£×ÓͨÁ¿ÃܶÈ
particle flux density meter Á£×ÓͨÁ¿ÃܶȼÆ
particle flux density monitor Á£×ÓͨÁ¿Ãܶȼà²âÆ÷
particle hole interaction Á£×Ó ¿ÕѨÏ໥×Ã
particle hole theory Á£×Ó ¿ÕѨÀíÂÛ
particle identification Á£×Ó¼ø±ð
particle injection Á£×Ó×¢Èë
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particle optics Á£×Ó¹âѧ
particle orbit effect Á£×Ó ¹ìµÀЧӦ
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particle scattering Á£×ÓÉ¢Éä
particle separator Á£×Ó·ÖÀëÆ÷
particle size Á£¾¶
particle size analyzer Á£¶È·ÖÎöÆ÷
particle size distribution Á£×Ó´óС·Ö²¼
particle spectroscopy Á£×ÓÄÜÆ×ѧ
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particle track Á£×Ó¾¶¼£
particle track computer Á£×Ó¾¶¼£¼ÆËã»ú
particle track detector Á£×Ó¾¶¼£Ì½²âÆ÷
particle transfer reaction Á£×ÓתÒÆ·´Ó¦
particle velocity Á£×ÓËÙ¶È
particle vibration coupling Á£×Ó Õñ¶¯×ÓñîºÏ
particulate activity Î¢Á£·ÅÉäÐÔ
particulate matter ¿ÅÁ£ÎïÖÊ
particulates Î¢Á£
partition ·Ö¸î
partition chromatography ·ÖÅäÉ«Æ×·¨
partition coefficient ·ÖÅäϵÊý
partition isotherm ·ÖÅäµÈÎÂÏß
partitioning contactor ·ÖÅäÝÍÈ¡Æ÷
partitioning cycle ·ÖÀëÑ­»·
paschen series ÅÁÐÏÏßϵ
paschen's law ÅÁÐ϶¨ÂÉ
passivating agent ¶Û»¯¼Á
passivation ¶Û»¯
passive gamma ray assay ¹ÌÓÐÉäÏß·ÖÎö
passive gamma ray spectroscopy ¹ÌÓÐÉäÏßÄÜÆ×·¨
passive neutron method ¹ÌÓÐÖÐ×Ó·¨
passive state ¶Û̬
passive surface ¶Û»¯±íÃæ
passivity ¶ÛÐÔ
path difference ³Ì²î
path length Â·³Ì³¤¶È
pauli exclusion principle ÅÝÀû²»ÏàÈÝÔ­Àí
pauli spinor ÅÝÀûÐýÁ¿
pb 211 ï¹b
peaceful nuclear activity ºÍƽµÄºË»î¶¯
peaceful nuclear explosion ºÍƽÀûÓú˱¬Õ¨
peaceful use of nuclear energy Ô­×ÓÄܺÍƽÀûÓÃ
peak ·åÖµ
peak clad temperature ·åÖµ°ü¿ÇζÈ
peak dose ·åÖµ¼ÁÁ¿
peak dynamic pressure ·åÖµ¶¯Ñ¹
peak energy ·åÖµÄÜÁ¿
peak half width ·å°ë¿í¶È
peak heat flux ·åÖµÈÈͨÁ¿
peak overpressure ·åÖµ³¬Ñ¹
peak particle velocity ·åÖµÁ£×ÓËÙ¶È
peak point current ·åµãµçÁ÷
peak point voltage ·åµãµçѹ
peak poisoning ×î´óÖж¾
peak pressure indicator ×î´óѹÁ¦Ö¸Ê¾Æ÷
peak temperature rise ×î¸ßÎÂÉý
peak to peak amplitude ·å¼äÕñ·ù
peak to trough ratio ·å¹È±È
peak voltage ×î´óµçѹ
peak voltmeter ·åÖµ·üÌؼÆ
peak working pressure ×î´ó¹¤×¹Á¦
peaking flux Í¨Á¿·å
peaking power ¾Ö²¿¹¦ÂÊ·å
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pebble bed reactor ÇòÐÎȼÁÏ·´Ó¦¶Ñ
pebble bed reactor experiment ÇòÐÎȼÁÏ·´Ó¦¶ÑʵÑé
pedestal ¾ØÐÎÂö³å
pedestrian gamma survey ²½Ðп±²é
pellet clad chemical interaction Ð¾¿é °ü¿Ç»¯Ñ§Ï໥×Ã
pellet clad interaction Ð¾¿é °ü¿ÇÏ໥×Ã
pellet clad mechanical interaction Ð¾¿é °ü¿Ç»úеÏ໥×Ã
pellet fuel Ð¾¿éȼÁÏ
pellet injection Ð¾¿é×¢Èë
pelletizing ÔìÁ£
pelletron ÖéÁ´Ê½¾²µç¼ÓËÙÆ÷
pellets Ð¾¿é
pellicle ±¡Ä¤
peltier effect çê¶ûÌùЧӦ
peltier effect refrigerator çê¶ûÌûÖÂÀäÆ÷
pencil Õ­Êø
penetrability ´©Í¸ÐÔ
penetrant test Éø͸ÊÔÑé
penetrating capacity ´©Í¸±¾Áì
penetrating component ¹á´©³É·Ö
penetrating power ´©Í¸±¾Áì
penetration ¹á´©
penetration depth ´©Í¸Éî¶È
penetration factor ´©Í¸Òò×Ó
penetration potential ´©Í¸ÊÆ
penetration probability ´©Í¸¼¸ÂÊ
penetrometer xÏß͸¶È¼Æ
penetrometer sensitivity Í¸¶È¼ÆÁéÃô¶È
penetron Í¸Éä²âºñÒÇ
penning discharge source ÅËÄþ·ÅµçÀë×ÓÔ´
penning ion source ÅËÄþÀë×ÓÔ´
penumbra °ëÓ°
peptization ½â½º
percent absorption ÎüÊÕ°Ù·ÖÂÊ
percentage depth dose °Ù·ÖÉî¶È¼ÁÁ¿
percentage loss Ëðʧ°Ù·ÖÂÊ
percolate ÉøÂË
percolating filter Éø͸ÂËÆ÷
percolation rate Éø͸ÂÊ
percolator ÉøÂËÆ÷
percussion ³å»÷
perfect collector ÀíÏ뼯ÈÈÆ÷
perfect combustion ÍêȫȼÉÕ
perfect radiator ÍêÈ«·øÉäÌå
perfect reflection È«·´Éä
perfectly elastic collision ÍêÈ«µ¯ÐÔÅöײ
perfectly inelastic collision ÍêÈ«·Çµ¯ÐÔÅöײ
perfectpendulum Êýѧ°Ú
performance criterion ÐÔÄܱê×¼
performance test ÔËתÊÔÑé
perimeter Öܱß
period demand signal ÖÜÆÚ¸ø¶¨ÐźÅ
period indicator ÖÜÆÚָʾÆ÷
period meter ·´Ó¦¶ÑÖÜÆÚ¼Æ
period monitor ÖÜÆÚ¼à²âÆ÷
period range ÖÜÆÚÇø¶Î
period shut down ÖÜÆÚ±£»¤Í£¶Ñ
period trip ÖÜÆÚ±£»¤Í£¶Ñ
periodic chart ÖÜÆÚ±í
periodic law ÖÜÆÚÂÉ
periodic physical examination ¶¨ÆÚÌå¼ì
periodic system ÖÜÆÚϵ
periodic table ÖÜÆÚ±í
periodic time ÖÜÆÚ
periodicity ÖÜÆÚÐÔ
peripheral arteriography ±íÃ涯ÂöÕÕÏàÊõ
peripheral plasma »·ÐεÈÀë×ÓÌå
peripheral reaction Ô²ÖÜ·´Ó¦
perissad Ææ¼ÛÔªËØ
peritectic reaction °ü¾§·´Ó¦
peritectoid °üÎö
permanent cave ÓÀ¾ÃÆÁ±ÎÊÒ
permanent disposal ÓÀ¾Ã´¦ÖÃ
permanent effect of radiation ·øÉäÓÀ¾ÃЧӦ
permanent stability ³¤ÆÚÎȶ¨ÐÔ
permanent waste disposal ÓÀ¾ÃÐÔ·ÏÎï´¦ÖÃ
permeability Éø͸ÐÔ
permeation Í¸¹ý
permissible ÈÝÐíµÄ
permissible concentration ÈÝÐíŨ¶È
permissible contamination ÈÝÐíÎÛȾ
permissible dose ÈÝÐí¼ÁÁ¿
permissible exposure ÈÝÐíÕÕÉä¼ÁÁ¿
permissible genetic dose ÈÝÐíÒÅ´«¼ÁÁ¿
permissible level ÔÊÐíˮƽ
permitted transition ÈÝÐíԾǨ
permittivity ½éµç³£Êý
permselective membrane Ñ¡ÔñÐÔÉø͸Ĥ
peroid ÖÜÆÚ
peroxide ¹ýÑõ»¯Îï
perpendicular axial arc therapy ´¹Ö±Öáµç»¡ÁÆ
persistence Óà»Ô
persistent radiation ³Ö¾Ã·øÉä
personal air sampler ¸öÈË¿ÕÆøÈ¡ÑùÆ÷
personal dose ¸öÈ˼ÁÁ¿
personal dosimeter ¸öÈ˼ÁÁ¿¼Æ
personal dosimetry ¸öÈ˼ÁÁ¿²âÁ¿
personal exposuremeter ¸öÈËÕÕÉäÁ¿¼Æ
personal external exposure monitor ¸öÈËÍâÕÕÉä¼à²âÆ÷
personal internal exposure monitor ¸öÈËÌåÄÚÕÕÉä¼à²âÆ÷
personal monitor ¸öÈ˼ÁÁ¿¼Æ
personal monitoring ¸öÈ˼à²â
personal protective apparatus ¸öÈË·À»¤Æß
personnel monitoring ¸öÈ˼ÁÁ¿¼à²â
personnel neutron threshold detector ¸öÈËÖÐ×ÓãÐֵ̽²âÆ÷
perturbation Î¢ÈÅ
perturbation energy Î¢ÈÅÄÜ
perturbation method Î¢ÈÅ·¨
perturbation sample Î¢ÈÅÑùÆ·
perturbation theory Î¢ÈÅÀíÂÛ
perturbed structure Î¢ÈŽṹ
pf Î¢Î¢·¨
phantom ÈËÌåÄ£ÐÍ
phantoscope ¿ìËÙ·ÅÉäÐÔ·ÖÎöÆ÷
phase boundary Ïà½ç
phase changer ÏàÒÆÆ÷
phase contrast microscope Ïà³ÄÏÔ΢¾µ
phase diagram Ïàͼ
phase discriminator ÏàλÕç±ðÆ÷
phase disengagement Ïà·ÖÀë
phase displacement ÏàÒÆ
phase distortion Ïàλ»û±ä
phase equilibrium Ïàƽºâ
phase focusing Ïàλ¾Û½¹
phase integral Ïà»ý·Ö
phase lag ÏàλÖͺó
phase oscillation frequency ÏàÕñµ´ÆµÂÊ
phase relationship Ïàλ¹Øϵ
phase reversal µ¹Ïà
phase rule ÏàÂÉ
phase space Ïà¿Õ¼ä
phase space cell Ïà¿Õ¼ä¸ñ×Ó
phase spectrum ÏàÆ×
phase splitter ·ÖÏàÆ÷
phase stability ÏàÎȶ¨ÐÔ
phase stabilization ÏàÎȶ¨×Ã
phase transition ÏàλԾǨ
phase variable Ïà±äÁ¿
phase velocity ÏàËÙ¶È
phasotron Í¬²½»ØÐý¼ÓËÙÆ÷
phluometry ÉäÏß²âÁ¿Ñ§
phoenix fuel ·ï»ËȼÁÏ
phosphate rock Á×ËáÑÎÑÒ
phosphor Á×
phosphorescence analysis Á×¹â·ÖÎö
phosphorescence peak Á×¹â·å
phosphorescence spectrum Á×¹â¹âÆ×
phosphorus Á×
phosphuranylite Á×ÓË¿ó
photo peak ¹âµç·å
photo voltaic cell ×èµ²²ã¹âµçÔª¼þ
photocathode ¹âµçÒõ¼«
photocathode standard sensitivity ¹âÒõ¼«±ê×¼ÁéÃô¶È
photochemical dissociation ¹â»¯Àë½â
photochemical effect ¹â»¯Ð§Ó¦
photochemical energy ¹â»¯Ñ§ÄÜ
photochemical enrichment ¹â»¯Ñ§Å¨Ëõ
photochemical excitation ¹â»¯¼¤·¢
photochemical extinction ¹â»¯Ñ§Ïû¹â
photochemical precipitation ¹â»¯³Áµí
photochemical reaction ¹â»¯Ñ§·´Ó¦
photochemical reduction ¹â»¯»¹Ô­
photochemical separation ¹â»¯Ñ§·ÖÀë
photochemical yield ¹â»¯Ñ§²ú¶î
photocolorimetry ¹â±ÈÉ«·¨
photocon ¹âµçµ¼Ôª¼þ
photoconductivity ¹âµçµ¼ÐÔ
photoconductor ¹âµçµ¼Ìå
photodecomposition ¹â·Ö½â
photodeuteron ¹âÖÂ뮺Ë
photodisintegration ¹âÖÂÍɱä
photoeffect ¹âµçЧӦ
photoelasticity ¹âµ¯ÐÔ
photoelectric absorption ¹âµçÎüÊÕ
photoelectric attenuation coefficient ¹âµçË¥¼õϵÊý
photoelectric cross section ¹âµç½ØÃæ
photoelectric effect ¹âµçЧӦ
photoelectric electron multiplier tube ¹âµç±¶Ôö¹Ü
photoelectric emission ¹âµç·¢Éä
photoelectric ionization ¹âµçµçÀë
photoelectric microphotometer ¹âµç²â΢¹â¶È¼Æ
photoelectric multichannel spectrometer ¹âµç¶àµÀÆ×ÒÇ
photoelectric multiplier ¹âµç±¶Ôö¹Ü
photoelectric peak ¹âµç·å
photoelectric photometer ¹âµç¹â¶È¼Æ
photoelectric power converter ¹âµç»»ÄÜÆ÷
photoelectric recording technique ¹âµç¼Ç¼¼¼Êõ
photoelectric spectrophotometer ¹âµç·Ö¹â¹â¶È¼Æ
photoelectric threshold ¹âµçãÐ
photoelectron ¹âµç×Ó
photoelectron spectroscopy ¹âµç×ÓÄÜÆ×ѧ
photoemission ¹âµç·¢Éä
photoetching ¹â¿Ì
photoexcitation ¹âÖ¼¤·¢
photoexcited nucleus ¹â¼¤ºË
photoexitation fluorescence ¹â¼¤Ó«¹â
photofission ¹âÖÂÁѱä
photofission cross section ¹âÖÂÁѱä½ØÃæ
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photographic method of radiation detection ·øÉä̽²âÕÕÏà·¨
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photoluminescence ¹âÖ·¢¹â
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photomagnetic effect ¹â´ÅЧӦ
photomeson ¹âÖ½é×Ó
photometer ¹â¶È¼Æ
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photomicrograph ÏÔ΢ÕÕÏà
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photomuon ¹âÉú×Ó
photon ¹âÁ¿×Ó
photon activation analysis ¹â×ӻ·ÖÎö
photon annihilation ¹â×ÓäÎû
photon bombardment ¹â×Óºä»÷
photon emission curve ¹â×Ó·¢ÉäÇúÏß
photon emission spectrum ¹â×Ó·¢ÉäÆ×
photon emitter ¹â×Ó·¢ÉäÌå
photon energy ¹â×ÓÄÜ
photon excited x ray fluorescence analysis ¹â×Ó¼¤·¢µÄxÉäÏßÓ«¹â·ÖÎö
photoneutron ¹â¼¤ÖÐ×Ó
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photonics ¹â×Óѧ
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photopolymerization ¹â¾ÛºÏ
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piezoelectric effect Ñ¹µçЧӦ
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plutonium recycle program îÐȼÁÏÔÙÑ­»·¼Æ»®
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