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BET¹«Ê½¡¡BET formula DLVOÀíÂÛ¡¡ DLVO theory HLB·¨¡¡hydrophile-lipophile balance method pVTÐÔÖÊ¡¡ pVT property ¦ÆµçÊÆ¡¡ zeta potential °¢·ü¼ÓµÂÂÞ³£Êý¡¡ Avogadro¡¯number °¢·ü¼ÓµÂÂÞ¶¨ÂÉ¡¡ Avogadro law °¢ÀÛÄáÎÚ˹µçÀëÀíÂÛ¡¡Arrhenius ionization theory °¢ÀÛÄáÎÚ˹·½³Ì¡¡Arrhenius equation °¢ÀÛÄáÎÚ˹»î»¯ÄÜ¡¡ Arrhenius activation energy °¢Âí¸ñ¶¨ÂÉ¡¡ Amagat law °¬ÁÖ·½³Ì¡¡ Erying equation °®Òò˹̹¹â»¯µ±Á¿¶¨ÂÉ¡¡ Einstein¡¯s law of photochemical equivalence °®Òò˹̹£Ë¹ÍпË˹·½³Ì¡¡ Einstein-Stokes equation °²ÍÐÍò³£Êý¡¡ Antoine constant °²ÍÐÍò·½³Ì¡¡ Antoine equation °»Èø¸ñµçµ¼ÀíÂÛ¡¡Onsager¡¯s theory of conductance °ëµç³Ø¡¡half cell °ëË¥ÆÚ¡¡half time period ±¥ºÍÒºÌå¡¡ saturated liquids ±¥ºÍÕôÆø¡¡ saturated vapor ±¥ºÍÎü¸½Á¿¡¡ saturated extent of adsorption ±¥ºÍÕôÆøÑ¹¡¡ saturated vapor pressure ±¬Õ¨½çÏÞ¡¡ explosion limits ±È±íÃæ¹¦¡¡ specific surface work ±È±íÃæ¼ª²¼Ë¹º¯Êý¡¡ specific surface Gibbs function ±ÈŨճ¶È¡¡ reduced viscosity ±ê×¼µç¶¯ÊÆ¡¡ standard electromotive force ±ê×¼µç¼«µçÊÆ¡¡ standard electrode potential ±ê׼Ħ¶û·´Ó¦ìÊ¡¡ standard molar reaction enthalpy ±ê׼Ħ¶û·´Ó¦¼ª²¼Ë¹º¯Êý¡¡ standard Gibbs function of molar reaction ±ê׼Ħ¶û·´Ó¦ìØ¡¡ standard molar reaction entropy ±ê׼Ħ¶ûìʺ¯Êý¡¡ standard molar enthalpy function ±ê׼Ħ¶û¼ª²¼Ë¹×ÔÓÉÄܺ¯Êý¡¡ standard molar Gibbs free energy function ±ê׼Ħ¶ûȼÉÕìÊ¡¡ standard molar combustion enthalpy ±ê׼Ħ¶ûìØ¡¡ standard molar entropy ±ê׼Ħ¶ûÉú³ÉìÊ¡¡ standard molar formation enthalpy ±ê׼Ħ¶ûÉú³É¼ª²¼Ë¹º¯Êý¡¡ standard molar formation Gibbs function ±ê׼ƽºâ³£Êý¡¡ standard equilibrium constant ±ê×¼Çâµç¼«¡¡ standard hydrogen electrode ±ê׼̬¡¡ standard state ±ê×¼ìØ¡¡ standard entropy ±ê׼ѹÁ¦¡¡ standard pressure ±ê×¼×´¿ö standard condition ±í¹Û»î»¯ÄÜ¡¡apparent activation energy ±í¹ÛĦ¶ûÖÊÁ¿ apparent molecular weight ±í¹ÛÇ¨ÒÆÊý¡¡apparent transference number ±íÃæ¡¡ surfaces ±íÃæ¹ý³Ì¿ØÖÆ¡¡ surface process control ±íÃæ»îÐÔ¼Á¡¡surfactants ±íÃæÎü¸½Á¿¡¡ surface excess ±íÃæÕÅÁ¦¡¡ surface tension ±íÃæÖÊÁ¿×÷Óö¨ÂÉ¡¡ surface mass action law ²¨Òå¶û¶¨ÂÉ¡¡ Boyle law ²¨Òå¶ûζȡ¡ Boyle temperature ²¨Òå¶ûµã Boyle point ²£¶û×ÈÂü³£Êý¡¡ Boltzmann constant ²£¶û×ÈÂü·Ö²¼¡¡ Boltzmann distribution ²£¶û×ÈÂü¹«Ê½¡¡ Boltzmann formula ²£¶û×ÈÂüìØ¶¨Àí¡¡ Boltzmann entropy theorem ²£É«£°®Òò˹̹ͳ¼Æ¡¡Bose-Einstein statistics ²´¡¡Poise ²»¿ÉÄæ¹ý³Ì¡¡ irreversible process ²»¿ÉÄæ¹ý³ÌÈÈÁ¦Ñ§¡¡thermodynamics of irreversible processes ²»¿ÉÄæÏà±ä»¯¡¡ irreversible phase change ²¼ÀÊÔ˶¯¡¡ brownian movement ²éÀí¶¨ÂÉ Charle¡¯s law ²úÂÊ¡¡ yield ³¨¿ªÏµÍ³¡¡¡¡ open system ³¬µçÊÆ¡¡ over potential ³Á½µ¡¡ sedimentation ³Á½µµçÊÆ¡¡ sedimentation potential ³Á½µÆ½ºâ¡¡ sedimentation equilibrium ´¥±ä¡¡ thixotropy ´Ö·Öɢϵͳ¡¡ thick disperse system ´ß»¯¼Á¡¡ catalyst µ¥·Ö×Ó²ãÎü¸½ÀíÂÛ¡¡ mono molecule layer adsorption µ¥·Ö×Ó·´Ó¦¡¡ unimolecular reaction µ¥Á´·´Ó¦¡¡ straight chain reactions µ¯Ê½Á¿Èȼơ¡ bomb calorimeter µÀ¶û¶Ù¶¨ÂÉ¡¡ Dalton law µÀ¶û¶Ù·Öѹ¶¨ÂÉ¡¡ Dalton partial pressure law µÂ°ÝºÍ·¨¶û¿Ï¹þ¸ùЧӦ¡¡Debye and Falkenhagen effect µÂ°ÝÁ¢·½¹«Ê½¡¡ Debye cubic formula µÂ°Ý£Ðݿ˶û¼«ÏÞ¹«Ê½¡¡ Debye-Huckel¡¯s limiting equation µÈìʹý³Ì¡¡ isenthalpic process µÈìÊÏß¡¡isenthalpic line µÈ¼¸Âʶ¨Àí¡¡ theorem of equal probability µÈεÈÈÝλ¡¡Helmholtz free energy µÈεÈѹλ¡¡Gibbs free energy µÈη½³Ì¡¡ equation at constant temperature µÍ¹²È۵㡡 eutectic point µÍ¹²ÈÛ»ìºÏÎï¡¡ eutectic mixture µÍ»áÈܵ㡡 lower consolute point µÍÈÛ±ùÑκϾ§¡¡ cryohydric µÚ¶þÀàÓÀ¶¯»ú¡¡ perpetual machine of the second kind µÚÈý¶¨ÂÉìØ¡¡ third-law entropy µÚÒ»ÀàÓÀ¶¯»ú¡¡ perpetual machine of the first kind µÞºÏ»¯Ñ§Îü¸½¡¡ association chemical adsorption µç³Ø³£Êý¡¡ cell constant µç³Øµç¶¯ÊÆ¡¡ electromotive force of cells µç³Ø·´Ó¦¡¡ cell reaction µçµ¼¡¡ conductance µçµ¼ÂÊ¡¡ conductivity µç¶¯ÊƵÄζÈϵÊý¡¡ temperature coefficient of electromotive force µç¶¯µçÊÆ¡¡ zeta potential µç¹¦¡¡electric work µç»¯Ñ§¡¡ electrochemistry µç»¯Ñ§¼«»¯¡¡ electrochemical polarization µç¼«µçÊÆ¡¡ electrode potential µç¼«·´Ó¦¡¡ reactions on the electrode µç¼«ÖÖÀà¡¡ type of electrodes µç½â³Ø¡¡ electrolytic cell µçÁ¿¼Æ¡¡ coulometer µçÁ÷ЧÂÊ¡¡current efficiency µçÇ¨ÒÆ¡¡ electro migration µçÇ¨ÒÆÂÊ¡¡ electromobility µçÉø¡¡ electroosmosis µçÉøÎö¡¡ electrodialysis µçÓ¾¡¡ electrophoresis ¶¡´ï¶ûЧӦ¡¡ Dyndall effect ¶¨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 ¶¨Óò×Óϵͳ¡¡ localized particle system ¶¯Á¦Ñ§·½³Ì¡¡kinetic equations ¶¯Á¦Ñ§¿ØÖÆ¡¡ kinetics control ¶ÀÁ¢×Óϵͳ¡¡ independent particle system ¶Ô±ÈĦ¶ûÌå»ý¡¡ reduced mole volume ¶Ô±ÈÌå»ý reduced volume ¶Ô±Èζȡ¡ reduced temperature ¶Ô±ÈѹÁ¦¡¡ reduced pressure ¶Ô³ÆÊý¡¡ symmetry number ¶ÔÐз´Ó¦¡¡reversible reactions ¶ÔӦ״̬ÔÀí¡¡ principle of corresponding state ¶à·½¹ý³Ì¡¡polytropic process ¶à·Ö×Ó²ãÎü¸½ÀíÂÛ¡¡ adsorption theory of multi-molecular layers ¶þ¼¶·´Ó¦¡¡second order reaction ¶þ¼¶Ïà±ä¡¡second order phase change ·¨ÀµÚ³£Êý¡¡ faraday constant ·¨ÀµÚ¶¨ÂÉ¡¡ Faraday¡¯s law ·´µç¶¯ÊÆ¡¡back E.M.F. ·´ÉøÍ¸¡¡ reverse osmosis ·´Ó¦·Ö×ÓÊý¡¡ molecularity ·´Ó¦¼¶Êý¡¡ reaction orders ·´Ó¦½ø¶È¡¡ extent of reaction ·´Ó¦ÈÈ¡¡heat of reaction ·´Ó¦ËÙÂÊ¡¡rate of reaction ·´Ó¦ËÙÂʳ£Êý¡¡ constant of reaction rate ·¶µÂ»ª³£Êý¡¡ van der Waals constant ·¶µÂ»ª·½³Ì¡¡ van der Waals equation ·¶µÂ»ªÁ¦¡¡ van der Waals force ·¶µÂ»ªÆøÌå¡¡ van der Waals gases ·¶ÌØ»ô·ò·½³Ì¡¡ van¡¯t Hoff equation ·¶ÌØ»ô·ò¹æÔò¡¡ van¡¯t Hoff rule ·¶ÌØ»ô·òÉøÍ¸Ñ¹¹«Ê½¡¡ van¡¯t Hoff equation of osmotic pressure ·Ç»ùÔª·´Ó¦¡¡ non-elementary reactions ·ÇÌå»ý¹¦¡¡ non-volume work ·ÇÒÀʱ¼ÆÁ¿Ñ§·´Ó¦¡¡ time independent stoichiometric reactions ·Æ¿ËÀ©É¢µÚÒ»¶¨ÂÉ¡¡ Fick¡¯s first law of diffusion ·Ðµã¡¡ boiling point ·ÐµãÉý¸ß¡¡ elevation of boiling point ·ÑÃ×£µÒÀ¿Ëͳ¼Æ¡¡Fermi-Dirac statistics ·Ö²¼¡¡ distribution ·Ö²¼Êý¡¡ distribution numbers ·Ö½âµçѹ¡¡ decomposition voltage ·ÖÅ䶨ÂÉ¡¡ distribution law ·Öɢϵͳ¡¡ disperse system ·ÖÉ¢Ïà¡¡ dispersion phase ·ÖÌå»ý¡¡ partial volume ·ÖÌå»ý¶¨ÂÉ¡¡ partial volume law ·Öѹ¡¡ partial pressure ·Öѹ¶¨ÂÉ¡¡ partial pressure law ·Ö×Ó·´Ó¦Á¦Ñ§¡¡ mechanics of molecular reactions ·Ö×Ó¼äÁ¦¡¡ intermolecular force ·Ö×ÓÕôÁó¡¡molecular distillation ·â±Õϵͳ¡¡ closed system ¸½¼ÓѹÁ¦ excess pressure ¸¥ÂÞÒòµÂÀûÏ£Îü¸½¾Ñéʽ¡¡ Freundlich empirical formula of adsorption ¸º¼«¡¡ negative pole ¸ºÎü¸½¡¡ negative adsorption ¸´ºÏ·´Ó¦¡¡composite reaction ¸Ç¡¤ÂÀÈø¿Ë¶¨ÂÉ¡¡ Gay-Lussac law ¸Ç˹¶¨ÂÉ¡¡ Hess law ¸Ê¹¯µç¼«¡¡ calomel electrode ¸Ð½ºÀë×ÓÐò¡¡ lyotropic series ¸Ü¸Ë¹æÔò¡¡ lever rule ¸ß·Ö×ÓÈÜÒº¡¡ macromolecular solution ¸ß»áÈܵ㡡 upper consolute point ¸ôÀë·¨¡¡the isolation method ¸ñÂÞÈû˹£µÂÀ×ç궨ÂÉ¡¡ Grotthus-Draoer¡¯s law ¸ôÀëϵͳ¡¡ isolated system ¸ù¾ù·½ËÙÂÊ root-mean-square speed ¹¦¡¡ work ¹¦º¯¡¡work content ¹²éîÈÜÒº¡¡ conjugate solution ¹²·Ðζȡ¡ azeotropic temperature ¹¹ÐÍìØ¡¡configurational entropy ¹ÂÁ¢ÏµÍ³¡¡ isolated system ¹ÌÈܽº¡¡ solid sol ¹Ì̬»ìºÏÎï¡¡ solid solution ¹ÌÏàÏß¡¡ solid phase line ¹â·´Ó¦¡¡ photoreaction ¹â»¯Ñ§µÚ¶þ¶¨ÂÉ¡¡ the second law of actinochemistry ¹â»¯Ñ§µÚÒ»¶¨ÂÉ¡¡ the first law of actinochemistry ¹âÃô·´Ó¦¡¡ photosensitized reactions ¹âÆ×ìØ¡¡ spectrum¡¡ entropy ¹ã¶ÈÐÔÖÊ¡¡ extensive property 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thermodynamics »¯Ñ§ÊÆ¡¡ chemical potential »¯Ñ§ÊÆÅоݡ¡ chemical potential criterion »¯Ñ§Îü¸½¡¡ chemisorptions »·¾³¡¡ environment »·¾³ìر䡡 entropy change in environment »Ó·¢¶È¡¡volatility »ìºÏìØ¡¡ entropy of mixing »ìºÏÎï¡¡ mixture »î¶È¡¡ activity »î»¯¿ØÖÆ¡¡ activation control »î»¯ÂçºÏÎïÀíÂÛ¡¡ activated complex theory »î»¯ÄÜ¡¡activation energy »ô¸ù-»ªÉͼ¡¡ Hougen-Watson Chart »ù̬Äܼ¶¡¡ energy level at ground state »ùÏ£»ô·ò¹«Ê½¡¡ Kirchhoff formula »ùÔª·´Ó¦¡¡elementary reactions »ý·ÖÈܽâÈÈ¡¡ integration heat of dissolution ¼ª²¼Ë¹£¶Åº¥Ä··½³Ì¡¡ Gibbs-Duhem equation ¼ª²¼Ë¹£º¥Ä·»ô×È·½³Ì¡¡ Gibbs-Helmhotz equation ¼ª²¼Ë¹º¯Êý¡¡ Gibbs function ¼ª²¼Ë¹º¯ÊýÅоݡ¡ Gibbs function criterion ¼ª²¼Ë¹Îü¸½¹«Ê½¡¡Gibbs adsorption formula ¼ª²¼Ë¹×ÔÓÉÄÜ¡¡ Gibbs free energy ¼ªÊϺ¯Êý¡¡ Gibbs function ¼«»¯µç¼«µçÊÆ¡¡ polarization potential of electrode ¼«»¯ÇúÏß¡¡ polarization curves ¼«»¯×÷Óá¡ polarization ¼«ÏÞĦ¶ûµçµ¼ÂÊ¡¡ limiting molar conductivity ¼¸ÂÊÒò×Ó¡¡ steric factor |
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¼ÆÁ¿Ê½¡¡ stoichiometric equation ¼ÆÁ¿ÏµÊý¡¡ stoichiometric coefficient ¼ÛÊý¹æÔò¡¡ rule of valence ¼ò²¢¶È¡¡ degeneracy ¼üìÊ¡¡bond enthalpy ½º¶³¡¡ broth jelly ½ººË¡¡ colloidal nucleus ½ºÄý×÷Óá¡ demulsification ½ºÊø¡¡micelle ½ºÌå¡¡ colloid ½ºÌå·Öɢϵͳ¡¡ dispersion system of colloid ½ºÌ廯ѧ¡¡ collochemistry ½ºÌåÁ£×Ó¡¡ colloidal particles ½ºÍÅ¡¡ micelle ½¹¶ú¡¡Joule ½¹¶ú-ÌÀÄ·ÉúʵÑé¡¡ Joule-Thomson experiment ½¹¶ú-ÌÀÄ·ÉúϵÊý¡¡ Joule-Thomson coefficient ½¹¶ú-ÌÀÄ·ÉúЧӦ¡¡ Joule-Thomson effect ½¹¶ú¶¨ÂÉ¡¡ Joule's law ½Ó´¥µçÊÆ¡¡contact potential ½Ó´¥½Ç¡¡ contact angle ½ÚÁ÷¹ý³Ì¡¡ throttling process ½ÚÁ÷ÅòÕÍ¡¡ throttling expansion ½ÚÁ÷ÅòÕÍϵÊý¡¡ coefficient of throttling expansion ½áÏß¡¡ tie line ½á¾§ÈÈ¡¡heat of crystallization ½âÀ뻯ѧÎü¸½¡¡ dissociation chemical adsorption ½çÃæ¡¡ interfaces ½çÃæÕÅÁ¦¡¡ surface tension ½þʪ¡¡ immersion wetting ½þʪ¹¦¡¡ immersion wetting work ¾«Áó¡¡ rectify ¾Û£¨ºÏ£©µç½âÖÊ¡¡polyelectrolyte ¾Û³Á¡¡ coagulation ¾Û³ÁÖµ¡¡ coagulation value ¾ø¶Ô·´Ó¦ËÙÂÊÀíÂÛ¡¡ absolute reaction rate theory ¾ø¶ÔìØ¡¡ absolute entropy ¾ø¶Ôαꡡabsolute temperature scale ¾øÈȹý³Ì¡¡ adiabatic process ¾øÈÈÁ¿Èȼơ¡adiabatic calorimeter ¾øÈÈÖ¸Êý¡¡ adiabatic index ¿¨Åµ¶¨Àí¡¡ Carnot theorem ¿¨ÅµÑ»·¡¡ Carnot cycle ¿ª¶ûÎĹ«Ê½¡¡ Kelvin formula ¿ÂŵÍßÂå·ò£¼ª²¼Ë¹¶¨ÂÉ¡¡ Konovalov-Gibbs law ¿Æ¶ûÀÍÊ©Àë×Ó¶ÀÁ¢Ô˶¯¶¨ÂÉ¡¡ Kohlrausch¡¯s Law of Independent Migration of Ions ¿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 ÀÆÕÀ˹·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 gases 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 product 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 the separate partition functions for each kind of state 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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