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·Å´ó×ÖÌå  ËõС×ÖÌå ·¢²¼ÈÕÆÚ£º2008-01-22
ºËÐÄÌáʾ£º±¬Õ¨½çÏÞ explosion limits »ô¸ù-»ªÉ­Í¼ Hougen-Watson Chart µÂ°ÝºÍ·¨¶û¿Ï¹þ¸ùЧӦ Debye and Falkenhagen effect µÂ°Ý£­Ðݿ˶û¼«ÏÞ¹«Ê½ Debye-Huckels limiting equation µÂ°ÝÁ¢·½¹«Ê½ Debye cubic formula ¾Û³ÁÖµ coagulation value ¾Û³Á coagulation ¾Û£¨ºÏ£©µç½â


±¬Õ¨½çÏÞ¡¡ explosion limits

»ô¸ù-»ªÉ­Í¼¡¡ Hougen-Watson Chart

µÂ°ÝºÍ·¨¶û¿Ï¹þ¸ùЧӦ¡¡Debye and Falkenhagen effect

µÂ°Ý£­Ðݿ˶û¼«ÏÞ¹«Ê½¡¡ Debye-Huckel’s limiting equation

µÂ°ÝÁ¢·½¹«Ê½¡¡ Debye cubic formula

¾Û³ÁÖµ¡¡ coagulation value

¾Û³Á¡¡ coagulation

¾Û£¨ºÏ£©µç½âÖÊ¡¡polyelectrolyte

¾«Áó¡¡ rectify

¼üìÊ¡¡bond enthalpy

´¥±ä¡¡ thixotropy

½âÀ뻯ѧÎü¸½¡¡ dissociation chemical adsorption

¼ò²¢¶È¡¡ degeneracy

¸Ð½ºÀë×ÓÐò¡¡ lyotropic series

´ß»¯¼Á¡¡ catalyst

¸ôÀë·¨¡¡the isolation method

¸ôÀëϵͳ¡¡ isolated system

µÀ¶û¶Ù¶¨ÂÉ¡¡ Dalton law

µÀ¶û¶Ù·Öѹ¶¨ÂÉ¡¡ Dalton partial pressure law

³¬µçÊÆ¡¡ over potential

µÞºÏ»¯Ñ§Îü¸½¡¡ association chemical adsorption

µÈεÈÈÝλ¡¡Helmholtz free energy

µÈεÈѹλ¡¡Gibbs free energy

µÈη½³Ì¡¡ equation at constant temperature

µÈìÊÏß¡¡isenthalpic line

µÈìʹý³Ì¡¡ isenthalpic process

µÈ¼¸Âʶ¨Àí¡¡ theorem of equal probability

½¹¶ú¶¨ÂÉ¡¡ Joule';s law

½¹¶ú-ÌÀÄ·ÉúЧӦ¡¡ Joule-Thomson effect

½¹¶ú-ÌÀÄ·ÉúʵÑé¡¡ Joule-Thomson experiment

½¹¶ú-ÌÀÄ·ÉúϵÊý¡¡ Joule-Thomson coefficient

½¹¶ú¡¡Joule

³¨¿ªÏµÍ³¡¡¡¡ open system

·Æ¿ËÀ©É¢µÚÒ»¶¨ÂÉ¡¡ Fick’s first law of diffusion

´Ö·Öɢϵͳ¡¡ thick disperse system

µÚÈý¶¨ÂÉìØ¡¡ third-law entropy

µÚ¶þÀàÓÀ¶¯»ú¡¡ perpetual machine of the second kind

µÚÒ»ÀàÓÀ¶¯»ú¡¡ perpetual machine of the first kind

¸Ç˹¶¨ÂÉ¡¡ Hess law

¸Ç·ÂÀÈø¿Ë¶¨ÂÉ¡¡ Gay-Lussac law

ìÊ¡¡ enthalpy

»ìºÏìØ¡¡ entropy of mixing

»ìºÏÎï¡¡ mixture

½Ó´¥½Ç¡¡ contact angle

½Ó´¥µçÊÆ¡¡contact potential

µ¯Ê½Á¿Èȼơ¡ bomb calorimeter

³£¼ûÊõÓï

»ù̬Äܼ¶¡¡ energy level at ground state

»ùÏ£»ô·ò¹«Ê½¡¡ Kirchhoff formula

»ùÔª·´Ó¦¡¡elementary reactions

¸ß»áÈܵ㡡 upper consolute point

¸ß·Ö×ÓÈÜÒº¡¡ macromolecular solution

½ºÄý×÷Óá¡ demulsification

½ººË¡¡ colloidal nucleus

½ºÊø¡¡micelle

½º¶³¡¡ broth jelly

½ºÌåÁ£×Ó¡¡ colloidal particles

½ºÌ廯ѧ¡¡ collochemistry

½ºÌå·Öɢϵͳ¡¡ dispersion system of colloid

½ºÌå¡¡ colloid

½ºÍÅ¡¡ micelle

»ý·ÖÈܽâÈÈ¡¡ integration heat of dissolution

°»Èø¸ñµçµ¼ÀíÂÛ¡¡Onsager’s theory of conductance

°®Òò˹̹£­Ë¹ÍпË˹·½³Ì¡¡ Einstein-Stokes equation

°®Òò˹̹¹â»¯µ±Á¿¶¨ÂÉ¡¡ Einstein’s law of photochemical equivalence

½þʪ¹¦¡¡ immersion wetting work

½þʪ¡¡ immersion wetting

¸ñÂÞÈû˹£­µÂÀ×ç궨ÂÉ¡¡ Grotthus-Draoer’s law

¸ù¾ù·½ËÙÂÊ root-mean-square speed

·ÑÃ×£­µÒÀ­¿Ëͳ¼Æ¡¡Fermi-Dirac statistics

¾øÈÈÁ¿Èȼơ¡adiabatic calorimeter

¾øÈÈÖ¸Êý¡¡ adiabatic index

¾øÈȹý³Ì¡¡ adiabatic process

¾ø¶ÔìØ¡¡ absolute entropy

¾ø¶Ôαꡡabsolute temperature scale

¾ø¶Ô·´Ó¦ËÙÂÊÀíÂÛ¡¡ absolute reaction rate theory

½á¾§ÈÈ¡¡heat of crystallization

½áÏß¡¡ tie line

¿Æ¶ûÀÍÊ©Àë×Ó¶ÀÁ¢Ô˶¯¶¨ÂÉ¡¡ Kohlrausch’s Law of Independent Migration of Ions

½çÃæÕÅÁ¦¡¡ surface tension

½çÃæ¡¡ interfaces

²£É«£­°®Òò˹̹ͳ¼Æ¡¡Bose-Einstein statistics

²£¶û×ÈÂüìØ¶¨Àí¡¡ Boltzmann entropy theorem

²£¶û×ÈÂü³£Êý¡¡ Boltzmann constant

²£¶û×ÈÂü·Ö²¼¡¡ Boltzmann distribution

²£¶û×ÈÂü¹«Ê½¡¡ Boltzmann formula

¶ÀÁ¢×Óϵͳ¡¡ independent particle system

»î¶È¡¡ activity

»î»¯¿ØÖÆ¡¡ activation control

»î»¯ÄÜ¡¡activation energy

»î»¯ÂçºÏÎïÀíÂÛ¡¡ activated complex theory

±ê×¼ìØ¡¡ standard entropy

±ê׼Ħ¶ûȼÉÕìÊ¡¡ standard molar combustion enthalpy

±ê׼Ħ¶ûìØ¡¡ standard molar entropy

±ê׼Ħ¶ûìʺ¯Êý¡¡ standard molar enthalpy function

±ê׼Ħ¶û¼ª²¼Ë¹×ÔÓÉÄܺ¯Êý¡¡ standard molar Gibbs free energy function

±ê׼Ħ¶ûÉú³ÉìÊ¡¡ standard molar formation enthalpy

±ê׼Ħ¶ûÉú³É¼ª²¼Ë¹º¯Êý¡¡ standard molar formation Gibbs function

±ê׼Ħ¶û·´Ó¦ìØ¡¡ standard molar reaction entropy

±ê׼Ħ¶û·´Ó¦ìÊ¡¡ standard molar reaction enthalpy

±ê׼Ħ¶û·´Ó¦¼ª²¼Ë¹º¯Êý¡¡ standard Gibbs function of molar reaction

±ê×¼Çâµç¼«¡¡ standard hydrogen electrode

±ê׼̬¡¡ standard state

±ê×¼×´¿ö standard condition

±ê׼ѹÁ¦¡¡ standard pressure

±ê×¼µç¼«µçÊÆ¡¡ standard electrode potential

±ê×¼µç¶¯ÊÆ¡¡ standard electromotive force

±ê׼ƽºâ³£Êý¡¡ standard equilibrium constant

¿ÂŵÍßÂå·ò£­¼ª²¼Ë¹¶¨ÂÉ¡¡ Konovalov-Gibbs law

²éÀí¶¨ÂÉ Charle’s law

»Ó·¢¶È¡¡volatility

ºãÈÝĦ¶ûÈÈÈÝ¡¡ molar heat capacity at constant volume

ºãÈÝÈÈ heat at constant volume

ºã·Ð»ìºÏÎï¡¡ constant boiling mixture

ºãѹĦ¶ûÈÈÈÝ¡¡ molar heat capacity at constant pressure

ºãѹÈÈ heat at constant pressure

ºãÍâѹ¡¡ constant external pressure

·â±Õϵͳ¡¡ closed system

¸´ºÏ·´Ó¦¡¡composite reaction

±¥ºÍÕôÆøÑ¹¡¡ saturated vapor pressure

±¥ºÍÕôÆø¡¡ saturated vapor

±¥ºÍÒºÌå¡¡ saturated liquids

±¥ºÍÎü¸½Á¿¡¡ saturated extent of adsorption

·Ç»ùÔª·´Ó¦¡¡ non-elementary reactions

·ÇÒÀʱ¼ÆÁ¿Ñ§·´Ó¦¡¡ time independent stoichiometric reactions

·ÇÌå»ý¹¦¡¡ non-volume work

¹æ¶¨ìØ¡¡ stipulated entropy

±íÃæ»îÐÔ¼Á¡¡surfactants

±íÃæÖÊÁ¿×÷Óö¨ÂÉ¡¡ surface mass action law

±íÃæÕÅÁ¦¡¡ surface tension

±íÃæÎü¸½Á¿¡¡ surface excess

±íÃæ¹ý³Ì¿ØÖÆ¡¡ surface process control

±íÃæ¡¡ surfaces

±í¹ÛĦ¶ûÖÊÁ¿ apparent molecular weight

±í¹Û»î»¯ÄÜ¡¡apparent activation energy

±í¹ÛÇ¨ÒÆÊý¡¡apparent transference number

·¶µÂ»ª³£Êý¡¡ van der Waals constant

·¶µÂ»ªÆøÌå¡¡ van der Waals gases

·¶µÂ»ª·½³Ì¡¡ van der Waals equation

·¶µÂ»ªÁ¦¡¡ van der Waals force

·¶ÌØ»ô·òÉøÍ¸Ñ¹¹«Ê½¡¡ van’t Hoff equation of osmotic pressure

·¶ÌØ»ô·ò¹æÔò¡¡ van’t Hoff rule

·¶ÌØ»ô·ò·½³Ì¡¡ van’t Hoff equation

»·¾³ìر䡡 entropy change in environment

»·¾³¡¡ environment

²¨Òå¶ûζȡ¡ Boyle temperature

²¨Òå¶ûµã Boyle point

²¨Òå¶û¶¨ÂÉ¡¡ Boyle law

·¨À­µÚ³£Êý¡¡ faraday constant

·¨À­µÚ¶¨ÂÉ¡¡ Faraday’s law

²´¡¡Poise

·ÐµãÉý¸ß¡¡ elevation of boiling point

·Ðµã¡¡ boiling point

¹¹ÐÍìØ¡¡configurational entropy

¶¨Óò×Óϵͳ¡¡ localized particle system

¶¨ÈÝĦ¶ûÈÈÈÝ¡¡ molar heat capacity under constant volume

¶¨ÈÝζȼơ¡ Constant voIume thermometer

¶¨Ñ¹Ä¦¶ûÈÈÈÝ¡¡ molar heat capacity under constant pressure

¶¨Ñ¹Î¶ȼơ¡ constant pressure thermometer

¹ÂÁ¢ÏµÍ³¡¡ isolated system

¹ÌÈܽº¡¡ solid sol

¹ÌÏàÏß¡¡ solid phase line

¹Ì̬»ìºÏÎï¡¡ solid solution

µ¥Á´·´Ó¦¡¡ straight chain reactions

µ¥·Ö×Ó²ãÎü¸½ÀíÂÛ¡¡ mono molecule layer adsorption

µ¥·Ö×Ó·´Ó¦¡¡ unimolecular reaction

¸½¼ÓѹÁ¦ excess pressure

°¢ÀÛÄáÎÚ˹»î»¯ÄÜ¡¡ Arrhenius activation energy

°¢ÀÛÄáÎÚ˹µçÀëÀíÂÛ¡¡Arrhenius ionization theory

°¢ÀÛÄáÎÚ˹·½³Ì¡¡Arrhenius equation

°¢·ü¼ÓµÂÂÞ³£Êý¡¡ Avogadro’number

°¢·ü¼ÓµÂÂÞ¶¨ÂÉ¡¡ Avogadro law

°¢Âí¸ñ¶¨ÂÉ¡¡ Amagat law

³Á½µµçÊÆ¡¡ sedimentation potential

³Á½µÆ½ºâ¡¡ sedimentation equilibrium

³Á½µ¡¡ sedimentation

¼«ÏÞĦ¶ûµçµ¼ÂÊ¡¡ limiting molar conductivity

¼«»¯×÷Óá¡ polarization

¼«»¯ÇúÏß¡¡ polarization curves

¼«»¯µç¼«µçÊÆ¡¡ polarization potential of electrode

¸Ü¸Ë¹æÔò¡¡ lever rule

µÍÈÛ±ùÑκϾ§¡¡ cryohydric

µÍ¹²ÈÛ»ìºÏÎï¡¡ eutectic mixture

µÍ¹²È۵㡡 eutectic point

µÍ»áÈܵ㡡 lower consolute point

ºàÀû³£Êý¡¡ Henry constant

ºàÀû¶¨ÂÉ¡¡ Henry law

¹ý³Ì¡¡ process

¹ý¶É״̬ÀíÂÛ¡¡ transition state theory

¹ýÈÈÒºÌå¡¡ overheated liquid

¹ý±¥ºÍÕôÆø¡¡ oversaturated vapor

¹ý±¥ºÍÈÜÒº¡¡ oversaturated solution

¹ýÀäÒºÌå¡¡ overcooled liquid

¹ýÀäË®¡¡ super-cooled water

¸º¼«¡¡ negative pole

¸ºÎü¸½¡¡ negative adsorption

°²ÍÐÍò³£Êý¡¡ Antoine constant

°²ÍÐÍò·½³Ì¡¡ Antoine equation

¶à·½¹ý³Ì¡¡polytropic process

¶à·Ö×Ó²ãÎü¸½ÀíÂÛ¡¡ adsorption theory of multi-molecular layers

¼ª²¼Ë¹º¯ÊýÅоݡ¡ Gibbs function criterion

¼ª²¼Ë¹º¯Êý¡¡ Gibbs function

¼ª²¼Ë¹£­¶Åº¥Ä··½³Ì¡¡ Gibbs-Duhem equation

¼ª²¼Ë¹Îü¸½¹«Ê½¡¡Gibbs adsorption formula

¼ª²¼Ë¹×ÔÓÉÄÜ¡¡ Gibbs free energy

¼ª²¼Ë¹£­º¥Ä·»ô×È·½³Ì¡¡ Gibbs-Helmhotz equation

¼ªÊϺ¯Êý¡¡ Gibbs function

¶¯Á¦Ñ§¿ØÖÆ¡¡ kinetics control

¶¯Á¦Ñ§·½³Ì¡¡kinetic equations

¹²éîÈÜÒº¡¡ conjugate solution

¹²·Ðζȡ¡ azeotropic temperature

¹âÆ×ìØ¡¡ spectrum¡¡ entropy

¹âÃô·´Ó¦¡¡ photosensitized reactions

¹â·´Ó¦¡¡ photoreaction

¹â»¯Ñ§µÚ¶þ¶¨ÂÉ¡¡ the second law of actinochemistry

¹â»¯Ñ§µÚÒ»¶¨ÂÉ¡¡ the first law of actinochemistry

¼ÛÊý¹æÔò¡¡ rule of valence

²úÂÊ¡¡ yield

º¥Ä·»ô×Ⱥ¯ÊýÅоݡ¡ Helmholtz function criterion

º¥Ä·»ô×Ⱥ¯Êý¡¡ Helmholtz function

º¥Ä·»ô×È×ÔÓÉÄÜ¡¡ Helmholtz free energy

º¥ÊϺ¯Êý¡¡ Helmholtz function

½ÚÁ÷ÅòÕÍϵÊý¡¡ coefficient of throttling expansion

½ÚÁ÷ÅòÕÍ¡¡ throttling expansion

½ÚÁ÷¹ý³Ì¡¡ throttling process

°¬ÁÖ·½³Ì¡¡ Erying equation

µç½â³Ø¡¡ electrolytic cell

µçÁ¿¼Æ¡¡ coulometer

µçÉøÎö¡¡ electrodialysis

µçÉø¡¡ electroosmosis

µçÁ÷ЧÂÊ¡¡current efficiency

µçÓ¾¡¡ electrophoresis

µç¼«ÖÖÀà¡¡ type of electrodes

µç¼«µçÊÆ¡¡ electrode potential

µç¼«·´Ó¦¡¡ reactions on the electrode

µçÇ¨ÒÆÂÊ¡¡ electromobility

µçÇ¨ÒÆ¡¡ electro migration

µç³Ø³£Êý¡¡ cell constant

µç³Øµç¶¯ÊÆ¡¡ electromotive force of cells

µç³Ø·´Ó¦¡¡ cell reaction

µçµ¼ÂÊ¡¡ conductivity

µçµ¼¡¡ conductance

µç¶¯ÊƵÄζÈϵÊý¡¡ temperature coefficient of electromotive force

µç¶¯µçÊÆ¡¡ zeta potential

µç¹¦¡¡electric work

µç»¯Ñ§¼«»¯¡¡ electrochemical polarization

µç»¯Ñ§¡¡ electrochemistry

¸Ê¹¯µç¼«¡¡ calomel electrode

¸¥ÂÞÒòµÂÀûÏ£Îü¸½¾­Ñéʽ¡¡ Freundlich empirical formula of adsorption

²¼ÀÊÔ˶¯¡¡ brownian movement

¶Ô³ÆÊý¡¡ symmetry number

¶ÔӦ״̬ԭÀí¡¡ principle of corresponding state

¶ÔÐз´Ó¦¡¡reversible reactions

¶Ô±ÈĦ¶ûÌå»ý¡¡ reduced mole volume

¶Ô±Èζȡ¡ reduced temperature

¶Ô±ÈÌå»ý reduced volume

¶Ô±ÈѹÁ¦¡¡ reduced pressure

¿¨ÅµÑ­»·¡¡ Carnot cycle

¿¨Åµ¶¨Àí¡¡ Carnot theorem

°ëË¥ÆÚ¡¡half time period

°ëµç³Ø¡¡half cell

¹¦º¯¡¡work content

¹¦¡¡ work

¼ÆÁ¿ÏµÊý¡¡ stoichiometric coefficient

¼ÆÁ¿Ê½¡¡ stoichiometric equation

±ÈŨճ¶È¡¡ reduced viscosity

±È±íÃæ¼ª²¼Ë¹º¯Êý¡¡ specific surface Gibbs function

±È±íÃæ¹¦¡¡ specific surface work

¿ª¶ûÎĹ«Ê½¡¡ Kelvin formula

·´ÉøÍ¸¡¡ reverse osmosis

·´Ó¦ËÙÂʳ£Êý¡¡ constant of reaction rate

·´Ó¦ËÙÂÊ¡¡rate of reaction

·´Ó¦ÈÈ¡¡heat of reaction

·´Ó¦½ø¶È¡¡ extent of reaction

·´Ó¦¼¶Êý¡¡ reaction orders

·´Ó¦·Ö×ÓÊý¡¡ molecularity

·´µç¶¯ÊÆ¡¡back E.M.F.

»¯Ñ§ÈÈÁ¦Ñ§¡¡chemical thermodynamics

»¯Ñ§Ç׺ÏÊÆ¡¡ chemical affinity

»¯Ñ§ÊÆÅоݡ¡ chemical potential criterion

»¯Ñ§ÊÆ¡¡ chemical potential

»¯Ñ§Îü¸½¡¡ chemisorptions

»¯Ñ§¶¯Á¦Ñ§¡¡chemical kinetics

»¯Ñ§·´Ó¦½ø¶È¡¡ extent of chemical reaction

»¯Ñ§·´Ó¦¼ÆÁ¿ÏµÊý¡¡ stoichiometric coefficient of chemical reaction

»¯Ñ§·´Ó¦¼ÆÁ¿Ê½¡¡ stoichiometric equation of chemical reaction

·Ö½âµçѹ¡¡ decomposition voltage

·ÖÉ¢Ïà¡¡ dispersion phase

·Öɢϵͳ¡¡ disperse system

·ÖÅ䶨ÂÉ¡¡ distribution law

·ÖÌå»ý¶¨ÂÉ¡¡ partial volume law

·ÖÌå»ý¡¡ partial volume

·Öѹ¶¨ÂÉ¡¡ partial pressure law

·Öѹ¡¡ partial pressure

·Ö²¼Êý¡¡ distribution numbers

·Ö²¼¡¡ distribution

·Ö×ÓÕôÁó¡¡molecular distillation

·Ö×Ó¼äÁ¦¡¡ intermolecular force

·Ö×Ó·´Ó¦Á¦Ñ§¡¡ mechanics of molecular reactions

²»¿ÉÄæÏà±ä»¯¡¡ irreversible phase change

²»¿ÉÄæ¹ý³ÌÈÈÁ¦Ñ§¡¡thermodynamics of irreversible processes

²»¿ÉÄæ¹ý³Ì¡¡ irreversible process

¹ã¶ÈÐÔÖÊ¡¡ extensive property

¹ãÑÓÁ¿¡¡ extensive quantity

¹ãÑÓÐÔÖÊ¡¡ extensive property

¼¸ÂÊÒò×Ó¡¡ steric factor

¶þ¼¶Ïà±ä¡¡second order phase change

¶þ¼¶·´Ó¦¡¡second order reaction

¶¡´ï¶ûЧӦ¡¡ Dyndall effect

ζµçÊÆ¡¡ zeta potential

pVTÐÔÖÊ¡¡ pVT property

HLB·¨¡¡hydrophile-lipophile balance method

DLVOÀíÂÛ¡¡ DLVO theory

BET¹«Ê½¡¡BET formula

¿ÉÄܵĵç½âÖÊ¡¡potential electrolyte

¿ÉÄæµç³Ø¡¡ reversible cell

¿ÉÄæ¹ý³Ì reversible process

¿ÉÄæ¹ý³Ì·½³Ì¡¡ reversible process equation

¿ÉÄæÌå»ý¹¦¡¡ reversible volume work

¿ÉÄæÏà±ä¡¡ reversible phase change

¿ËÀ­ÅåÁú·½³Ì¡¡ Clapeyron equation

¿ËÀÍÐÞ˹²»µÈʽ¡¡ Clausius inequality

¿ËÀÍÐÞ˹£­¿ËÀ­ÅåÁú·½³Ì¡¡ Clausius-Clapeyron equation

¿ØÖƲ½Öè¡¡ control step

¿âÂØ¼Æ¡¡ coulometer

À©É¢¿ØÖÆ¡¡ diffusion controlled

À­ÆÕÀ­Ë¹·½³Ì¡¡ Laplace’s equation

À­ÎÚ¶û¶¨ÂÉ¡¡ Raoult law

À¼¸ñçѶû£­ÐÀл¶ûÎéµÂ»úÀí¡¡ Langmuir-Hinshelwood mechanism

À¼¸ñçѶûÎü¸½µÈÎÂʽ¡¡ Langmuir adsorption isotherm formula

À×Àû¹«Ê½¡¡ Rayleigh equation

À䶳ϵÊý¡¡coefficient of refrigeration

ÀäÈ´ÇúÏß¡¡ cooling curve

Àë½âÈÈ¡¡heat of dissociation

Àë½âѹÁ¦¡¡dissociation pressure

ÀëÓò×Óϵͳ¡¡ non-localized particle systems

Àë×ӵıê׼Ħ¶ûÉú³ÉìÊ¡¡ standard molar formation of ion

Àë×ӵĵçÇ¨ÒÆÂÊ¡¡ mobility of ions

Àë×ÓµÄÇ¨ÒÆÊý ¡¡transport number of ions

Àë×Ó¶ÀÁ¢Ô˶¯¶¨ÂÉ¡¡ law of the independent migration of ions

Àë×Ó·Õ¡¡ ionic atmosphere

Àë×ÓÇ¿¶È¡¡ ionic strength

ÀíÏë»ìºÏÎï¡¡ perfect mixture

ÀíÏëÆøÌå¡¡ ideal gas

ÀíÏëÆøÌåµÄ¾øÈÈÖ¸Êý¡¡ adiabatic index of ideal gases

ÀíÏëÆøÌåµÄ΢¹ÛÄ£ÐÍ¡¡ micro-model of ideal gas

ÀíÏëÆøÌå·´Ó¦µÄµÈη½³Ì¡¡ isothermal equation of ideal gaseous reactions

ÀíÏëÆøÌå¾øÈÈ¿ÉÄæ¹ý³Ì·½³Ì¡¡ adiabatic reversible process equation of ideal gase

ÀíÏëÆøÌå״̬·½³Ì¡¡ state equation of ideal gas

ÀíÏëÏ¡ÈÜÒº¡¡ ideal dilute solution

ÀíÏëҺ̬»ìºÏÎï¡¡ perfect liquid mixture

Á£×Ó¡¡ particles

Á£×ÓµÄÅä·Öº¯Êý¡¡ partition function of particles

Á¬´®·´Ó¦¡¡consecutive reactions

Á´µÄ´«µÝÎï¡¡ chain carrier

Á´·´Ó¦¡¡ chain reactions

Á¿ÈÈìØ¡¡ calorimetric entropy

Á¿×Óͳ¼Æ¡¡quantum statistics

Á¿×ÓЧÂÊ¡¡ quantum yield

ÁÙ½ç²ÎÊý¡¡ critical parameter

Áٽ糣Êý critical constant

ÁÙ½çµã¡¡ critical point

ÁÙ½ç½ºÊøÅ¨¶È¡¡critical micelle concentration

ÁÙ½çĦ¶ûÌå»ý¡¡ critical molar volume

ÁÙ½çζȡ¡ critical temperature

ÁÙ½çѹÁ¦¡¡ critical pressure

ÁÙ½ç״̬¡¡ critical state

Áã¼¶·´Ó¦¡¡zero order reaction

Á÷¶¯µçÊÆ¡¡ streaming potential

Á÷¶¯¹¦¡¡ flow work

ÁýÕÖЧӦ¡¡ cage effect

·Ò×˹£­À¼µÂ¶ûÒݶȹæÔò¡¡ Lewis-Randall rule of fugacity

¶µã¡¡ dew point

¶µãÏß¡¡ dew point line

Âó¿Ë˹Τ¹ØÏµÊ½¡¡ Maxwell relations

Âó¿Ë˹ΤËÙÂÊ·Ö²¼¡¡ Maxwell distribution of speeds

Âó¿Ë˹ΤÄÜÁ¿·Ö²¼ MaxwelIdistribution of energy

ëϸ¹ÜÄý½á¡¡ condensation in capillary

ëϸÏÖÏó¡¡ capillary¡¡ phenomena

Ã׿­Àû˹³£Êý¡¡ Michaelis constant

Ħ¶ûµçµ¼ÂÊ¡¡ molar conductivity

Ħ¶û·´Ó¦ìÊ¡¡ molar reaction enthalpy

Ħ¶û»ìºÏìØ¡¡ mole entropy of mixing

Ħ¶ûÆøÌå³£Êý¡¡ molar gas constant

Ħ¶ûÈÈÈÝ¡¡ molar heat capacity

Ħ¶ûÈܽâìÊ¡¡ mole dissolution enthalpy

Ħ¶ûÏ¡ÊÍìÊ¡¡ mole dilution enthalpy

ÄÚÀ©É¢¿ØÖÆ¡¡ internal diffusions control
ÄÚÄÜ¡¡ internal energy

ÄÚѹÁ¦¡¡ internal pressure

Äܼ¶¡¡ energy levels

Äܼ¶·Ö²¼¡¡ energy level distribution

ÄÜÁ¿¾ù·ÖÔ­Àí principle of the equipartition of energy

ÄÜË¹ÌØ·½³Ì¡¡ Nernst equation

ÄÜË¹ÌØÈȶ¨Àí¡¡ Nernst heat theorem

Äý¹Ìµã¡¡ freezing point

Äý¹Ìµã½µµÍ¡¡ lowering of freezing point

Äý¹ÌµãÇúÏß¡¡ freezing point curve

Äý½º¡¡ gelatin

Äý¾Û̬¡¡ condensed state

Äý¾ÛÏà¡¡ condensed phase

Ũ²î³¬µçÊÆ¡¡ concentration over-potential

Ũ²î¼«»¯¡¡ concentration polarization

Ũ²îµç³Ø¡¡ concentration cells

ÅÁ˹¿¨¡¡pascal

Åݵ㡡 bubble point

ÅݵãÏß¡¡ bubble point line

Åä·Öº¯Êý¡¡ partition function

Åä·Öº¯ÊýµÄÎöÒò×ÓÐÔÖÊ¡¡ property that partition function to be expressed as a p

roduct of the separate partition functions for each kind of state

Åöײ½ØÃæ¡¡ collision cross section

ÅöײÊý¡¡ the number of collisions

ƫĦ¶ûÁ¿¡¡ partial mole quantities

ƽºâ³£Êý£¨ÀíÏëÆøÌå·´Ó¦£©¡¡ equilibrium constants for reactions of ideal gases

ƽ¶¯Åä·Öº¯Êý¡¡ partition function of translation

ƽºâ·Ö²¼¡¡ equilibrium distribution

ƽºâ̬¡¡ equilibrium state

ƽºâ̬½üËÆ·¨¡¡ equilibrium state approximation

ƽºâ״̬ͼ¡¡ equilibrium state diagram

ƽ¾ù»î¶È¡¡ mean activity

ƽ¾ù»î¶Èϵͳ¡¡ mean activity coefficient

ƽ¾ùĦ¶ûÈÈÈÝ¡¡ mean molar heat capacity

ƽ¾ùÖÊÁ¿Ä¦¶ûŨ¶È mean mass molarity

ƽ¾ù×ÔÓɳ̡¡mean free path

ƽÐз´Ó¦¡¡parallel reactions

ÆÆÈé¡¡ demulsification

ÆÌÕ¹¡¡ spreading

ÆÕ±é»¯·¶µÂ»ª·½³Ì¡¡ universal van der Waals equation

ÆäËü¹¦¡¡ the other work

Æø»¯ÈÈ¡¡heat of vaporization

ÆøÈܽº¡¡ aerosol

ÆøÌå³£Êý¡¡ gas constant

ÆøÌå·Ö×ÓÔ˶¯ÂÛ¡¡ kinetic theory of gases

ÆøÌå·Ö×ÓÔ˶¯Â۵Ļù±¾·½³Ì foundamental equation of kinetic theory of gases

ÆøÈܽº¡¡ aerosol

ÆøÏàÏß¡¡ vapor line

Ç¨ÒÆÊý¡¡ transport number

DZÈÈ¡¡latent heat

Ç¿¶ÈÁ¿¡¡ intensive quantity

Ç¿¶ÈÐÔÖÊ¡¡ intensive property

Ç×ÒºÈܽº¡¡ hydrophilic sol

Çâµç¼«¡¡ hydrogen electrodes

ÇøÓòÈÛ»¯¡¡zone melting

ÈÈ¡¡ heat

Èȱ¬Õ¨¡¡ heat explosion

Èȱá¡ heat pump

Èȹ¦µ±Á¿¡¡mechanical equivalent of heat

ÈȺ¯¡¡heat content

ÈÈ»¯Ñ§¡¡thermochemistry

ÈÈ»¯Ñ§·½³Ì¡¡thermochemical equation

ÈÈ»ú¡¡ heat engine

ÈÈ»úЧÂÊ¡¡ efficiency of heat engine

ÈÈÁ¦Ñ§¡¡ thermodynamics

ÈÈÁ¦Ñ§µÚ¶þ¶¨ÂÉ¡¡ the second law of thermodynamics

ÈÈÁ¦Ñ§µÚÈý¶¨ÂÉ¡¡ the third law of thermodynamics

ÈÈÁ¦Ñ§µÚÒ»¶¨ÂÉ¡¡ the first law of thermodynamics

ÈÈÁ¦Ñ§»ù±¾·½³Ì¡¡ fundamental equation of thermodynamics

ÈÈÁ¦Ñ§¼¸ÂÊ¡¡ thermodynamic probability

ÈÈÁ¦Ñ§ÄÜ¡¡ thermodynamic energy

ÈÈÁ¦Ñ§ÌØÐÔº¯Êý¡¡characteristic thermodynamic function

ÈÈÁ¦Ñ§Î±ꡡthermodynamic scale of temperature

ÈÈÁ¦Ñ§Î¶ȡ¡thermodynamic temperature

ÈÈìØ¡¡thermal entropy

ÈÈЧӦ¡¡heat effect

ÈÛµãÇúÏß¡¡ melting point curve

ÈÛ»¯ÈÈ¡¡heat of fusion

Èܽº¡¡ colloidal sol

ÈܽâìÊ¡¡ dissolution enthalpy

ÈÜÒº¡¡ solution

ÈÜÕÍ¡¡ swelling

È黯¼Á¡¡ emulsifier

Èé×´Òº¡¡ emulsion

Èóʪ¡¡ wetting

Èóʪ½Ç¡¡ wetting angle

Èø¿Ë¶û£­Ì©ÌØÂåµÂ·½³Ì¡¡ Sackur-Tetrode equation

ÈýÏàµã¡¡ triple point

ÈýÏàÆ½ºâÏß¡¡ triple-phase line

ìØ¡¡ entropy

ìØÅоݡ¡ entropy criterion

ìØÔöÔ­Àí¡¡ principle of entropy increase

ÉøÍ¸Ñ¹¡¡ osmotic pressure

ÉøÎö·¨¡¡ dialytic process

Éú³É·´Ó¦¡¡ formation reaction

Éý»ªÈÈ¡¡heat of sublimation

ʵ¼ÊÆøÌå real gas

Êæ¶û²É£­¹þµÏ¹æÔò¡¡ Schulze-Hardy rule

ËɳÛÁ¦¡¡relaxation force

ËɳÛʱ¼ä¡¡time of relaxation

Ëٶȳ£Êý¡¡reaction rate constant

ËÙÂÊ·½³Ì¡¡rate equations

ËÙÂÊ¿ØÖƲ½Öè¡¡rate determining step

Ëþ·Ñ¶û¹«Ê½¡¡ Tafel equation

̬£­Ì¬·´Ó¦¡¡ state-state reactions

ÌÆÄÏÆ½ºâ¡¡ Donnan equilibrium

Ìʶȡ¡ mobility

ÌØÂ³¶Ù¹æÔò¡¡ Trouton rule

ÌØÐÔÕ³¶È¡¡ intrinsic viscosity

Ìå»ý¹¦¡¡ volume work

ͳ¼ÆÈ¨ÖØ¡¡ statistical weight

ͳ¼ÆÈÈÁ¦Ñ§¡¡ statistic thermodynamics

ͳ¼ÆìØ¡¡ statistic entropy

;¾¶¡¡ path

;¾¶º¯Êý¡¡ path function

ÍâÀ©É¢¿ØÖÆ¡¡ external diffusion control

ÍêÃÀ¾§Ìå¡¡ perfect crystalline

ÍêÈ«ÆøÌå perfect gas

΢¹Û״̬¡¡ microstate

΢̬¡¡ microstate

Τ˹¶Ù±ê×¼µç³Ø¡¡ Weston standard battery

ά¶÷ЧӦ¡¡Wien effect

άÀï·½³Ì¡¡ virial equation

άÀïϵÊý¡¡ virial coefficient

ÎÈÁ÷¹ý³Ì¡¡ steady flow process

ÎÈ̬½üËÆ·¨¡¡ stationary state approximation

ÎÞÈÈÈÜÒº¡¡athermal solution

ÎÞÏÞÏ¡ÈÜÒº¡¡ solutions in the limit of extreme dilution

ÎïÀí»¯Ñ§¡¡ Physical Chemistry

ÎïÀíÎü¸½¡¡ physisorptions

Îü¸½¡¡ adsorption

Îü¸½µÈÁ¿Ïß¡¡ adsorption isostere

Îü¸½µÈÎÂÏß¡¡ adsorption isotherm

Îü¸½µÈѹÏß¡¡ adsorption isobar

Îü¸½¼Á¡¡ adsorbent

Îü¸½Á¿¡¡ extent of adsorption

Îü¸½ÈÈ¡¡ heat of adsorption

Îü¸½ÖÊ¡¡ adsorbate

Îö³öµçÊÆ¡¡ evolution or deposition potential

ÎöÒò×ÓÐÔÖÊ¡¡ property that partition function to be expressed as a product of

Ï¡ÈÜÒºµÄÒÀÊýÐÔ¡¡ colligative properties of dilute solutions

Ï¡ÊÍìÊ¡¡ dilution enthalpy

ϵͳ¡¡ system

ϵͳµã¡¡ system point

ϵͳµÄ»·¾³¡¡ environment of system

Ïà¡¡ phase

Ïà±ä¡¡ phase change

Ïà±äìÊ¡¡ enthalpy of phase change

Ïà±ä»¯¡¡ phase change

Ïà±äÈÈ¡¡ heat of phase change

Ïàµã¡¡ phase point

Ïà¶Ô»Ó·¢¶È¡¡relative volatility

Ïà¶ÔÕ³¶È relative viscosity

ÏàÂÉ¡¡ phase rule

ÏàÆ½ºâÈÈÈÝ¡¡heat capacity in phase equilibrium

Ïàͼ¡¡ phase diagram

ÏàÒÐ×Óϵͳ¡¡ system of dependent particles

Ðü¸¡Òº¡¡ suspension

Ñ­»·¹ý³Ì¡¡ cyclic process

ѹÁ¦ÉÌ¡¡ pressure quotient

ѹËõÒò×Ó¡¡ compressibility factor

ѹËõÒò×Óͼ¡¡ diagram of compressibility factor

ÑÇÎÈ״̬¡¡ metastable state

ÑÎÇÅ¡¡ salt bridge

ÑÎÎö¡¡ salting out

Ñô¼«¡¡ anode

ÑîÊÏ·½³Ì¡¡ Young’s equation

ÒºÌå½Ó½çµçÊÆ¡¡ liquid junction potential

ÒºÏàÏß¡¡ liquid phase lines

Ò»¼¶·´Ó¦¡¡first order reaction

Ò»¼¶Ïà±ä¡¡first order phase change

ÒÀʱ¼ÆÁ¿Ñ§·´Ó¦¡¡ time dependent stoichiometric reactions

Òݶȡ¡ fugacity

ÒݶÈϵÊý¡¡ coefficient of fugacity

Òõ¼«¡¡ cathode

Ó«¹â¡¡ fluorescence

ÓÀ¶¯»ú¡¡ perpetual motion machine

ÓÀ¾ÃÆøÌå¡¡ Permanent gas

ÓÐЧÄÜ¡¡ available energy

Ô­µç³Ø¡¡ primary cell

Ô­ÑÎЧӦ¡¡ salt effect

Ôö±ÈÕ³¶È¡¡ specific viscosity

Ô÷ÒºÈܽº¡¡ lyophobic sol

մʪ¡¡ adhesional wetting

մʪ¹¦¡¡ the work of adhesional wetting

ÕæÈÜÒº¡¡ true solution

ÕæÊµµç½âÖÊ¡¡real electrolyte

ÕæÊµÆøÌå real gas

ÕæÊµÇ¨ÒÆÊý¡¡true transference number

Õñ¶¯Åä·Öº¯Êý¡¡ partition function of vibration

Õñ¶¯ÌØÕ÷ζȡ¡ characteristic temperature of vibration

ÕôÆøÑ¹Ï½µ¡¡ depression of vapor pressure

Õý³£·Ðµã¡¡ normal point

ÕýÎü¸½¡¡ positive adsorption

Ö§Á´·´Ó¦¡¡ branched chain reactions

Ö±Á´·´Ó¦¡¡ straight chain reactions

ָǰÒò×Ó¡¡ pre-exponential factor

ÖÊÁ¿×÷Óö¨ÂÉ¡¡mass action law

ÖÆÀäϵÊý¡¡coefficient of refrigeration

ÖкÍÈÈ¡¡heat of neutralization

ÖṦ¡¡ shaft work

ת¶¯Åä·Öº¯Êý¡¡ partition function of rotation

ת¶¯ÌØÕ÷ζȡ¡ characteristic temperature of vibration

ת»¯ÂÊ¡¡ convert ratio

ת»¯Î¶ȡ¡conversion temperature

״̬¡¡ state

״̬·½³Ì¡¡ state equation

״̬·Ö²¼¡¡ state distribution

״̬º¯Êý¡¡ state function

×¼¾²Ì¬¹ý³Ì¡¡quasi-static process

×¼Ò»¼¶·´Ó¦¡¡ pseudo first order reaction

×Ô¶¯´ß»¯×÷Óá¡ auto-catalysis

×ÔÓɶȡ¡ degree of freedom

×ÔÓɶÈÊý¡¡ number of degree of freedom

×ÔÓÉìÊ¡¡free enthalpy

×ÔÓÉÄÜ¡¡free energy

×ÔÓÉÅòÕÍ¡¡free expansion

×é·ÖÊý¡¡ component number

×îµÍºã·Ðµã¡¡ lower azeotropic point

×î¸ßºã·Ðµã¡¡ upper azeotropic point

×î¼Ñ·´Ó¦Î¶ȡ¡ optimal reaction temperature

×î¿É¼¸·Ö²¼¡¡ most probable distribution

×î¿É¼¸ËÙÂÊ most propable speed


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