| ideal gas |
²z·Q®ðÅé |
| ideal gas equation |
²z·Q®ðÅé¤èµ{ |
| ideal gas temperature scale |
²z·Q®ðÅé·Å¼Ð |
| ideal machine |
²z·Q¾÷±ñ |
| illuminate |
·Ó©ú¡A·Ó«G |
| image |
¹³ |
| image distance |
¹³¶Z |
| immerse |
®û¨S |
| immersion heater |
®û¨S¦¡¹q¼ö¾¹ |
| impact |
¸I¼² |
| impedance |
ªý§Ü |
| impulse |
½Ä¶q |
| impurity |
Âø½è |
| in focus |
µJÂI¹ï·Ç |
| in parallel |
¨ÃÁp |
| in phase |
¦P¬Û |
| in series |
¦êÁp |
| incident ray |
¤J®gûà Ž¨ |
| incident wavefront |
¤J®gªi°}±¡A¤J®gªi«e |
| inclined plane |
±×± |
| incoherent |
¤£¬Û¤zªº |
| incompressible fluid |
«DÀ£ÁY©Ê¬yÅé |
| indicator |
«ü¥Ü¾¹ |
| indirectly heated cathode |
®Ç¼ö¦¡³±·¥ |
| induced charge |
·P¥Í¹q²ü |
| induced current |
·P¥Í¹q¬y |
| induced e.m.f. |
·P¥Í¹q°Ê¶Õ |
| induced voltage |
·P¥Í¹qÀ£þÞ |
| inducing charge |
¬I·P¹q²ü |
| inducing current |
¬I·P¹q¬y |
| inductance |
¹q·P |
| inductance capacitance coupled
circuit |
·P®e½¢¦X¹q¸ô |
| inductance coil |
¹q·P½u°é |
| induction |
·PÀ³ |
| induction heating |
·PÀ³¥Í¼ö |
| inductive circuit |
¹q·P¹q¸ô |
| inductive component |
¹q·P©Ê¤À¶q |
| inductive reactance |
·P§Ü |
| inductor |
¹q·P¾¹¡A·PÀ³¾¹ |
| inelastic collision |
«D¼u©Ê¸I¼² |
| inert gas |
´k©Ê®ðÅé |
| inertia |
ºD©Ê¡AºD¶q |
| inertia balance |
ºD©Ê¯¯ |
| inertial frame |
ºD©Ê®y¼Ð¨t¡AºD©Ê¨t |
| inertial mass |
ºD©Ê½è¶q |
| infra-red detector |
¬õ¥~½u±´´ú¾¹ |
| infra-red radiation |
¬õ¥~¿ç®g |
| infra-red ray |
¬õ¥~½uûà Ž¨ |
| initial state |
ªìºA |
| initial velocity |
ªì³t«× |
| input |
¿é¤J |
| input bias current |
¿é¤J°¾À£¹q¬y |
| input characteristic |
¿é¤J¯S©Ê |
| input current |
¿é¤J¹q¬y |
| input offset current |
¿é¤J¸ÉÀv¹q¬y |
| input power |
¿é¤J¥\²v |
| input resistance |
¿é¤J¹qªý |
| input voltage |
¿é¤J¹qÀ£ |
| instantaneous acceleration |
Àþ®É¥[³t«× |
| instantaneous angular velocity |
Àþ®É¨¤³t«× |
| instantaneous current |
Àþ®É¹q¬y |
| instantaneous power |
Àþ®É¥\²v |
| instantaneous speed |
Àþ®É³t²v |
| instantaneous velocity |
Àþ®É³t«× |
| instantaneous voltage |
Àþ®É¹qÀ£ |
| insulation |
µ´½t |
| insulator |
µ´½tÅé |
| integrated circuit |
¶°¦¨¹q¸ô |
| intensity |
±j«× |
| intensity control |
±j«×±±¨î |
| intensity of current |
¹q¬y±j«× |
| interaction |
¬Û¤¬§@¥Î |
| interatomic force |
ì¤l¶¡¤O |
| interatomic potential |
ì¤l¶¡¶Õ¡Aì¤l¶¡¦ì |
| interatomic separation |
ì¤l¶¡¶Z |
| intercept |
ºI¶Z¡AºI¬q |
| interconversion |
¤¬´« |
| interference |
¤z¯A |
| interference pattern |
¤z¯A¹Ï§Î |
| internal energy |
¤º¯à |
| internal force |
¤º¤O |
| internal resistance |
¤º¹qªý |
| internal work |
¤º¥\ |
| international system of units |
°ê»Ú³æ¦ì¨î¡A¤½¨î¡A¤Q¶i¨î |
| interval |
¶¡¹j |
| intrinsic semiconductor |
¯Â¥b¾ÉÅé¡A¥»¼x¥b¾ÉÅé |
| inverse-square law |
¥¤è¤Ï¤ñ©w«ß |
| inverted |
˥ߪº |
| inverter |
¤Ï¬Û¾¹¡AË´«¾¹ |
| inverting input |
¤Ï¬Û¿é¤J |
| ion |
Â÷¤l |
| ion-pair |
Â÷¤l°¸¡AÂ÷¤l¹ï |
| ionic bond |
Â÷¤lÁä |
| ionic structure |
Â÷¤lµ²ºc |
| ionization |
¹qÂ÷§@¥Î |
| ionization chamber |
¹qÂ÷«Ç |
| ionization current |
¹qÂ÷¹q¬y |
| ionization energy |
¹qÂ÷¯à |
| ionization potential |
¹qÂ÷¹q¶Õ¡A¹qÂ÷¹q¦ì |
| ionization voltage |
¹qÂ÷¹qÀ£ |
| ionize |
¹qÂ÷ |
| ionized atom |
Â÷¤l |
| ionized layer |
¹qÂ÷¼h |
| ionizing power |
P¹qÂ÷¯à¤O¡AP¹qÂ÷¥»»â |
| ionizing radiation |
P¹qÂ÷¿ç®g |
| ionosphere |
¹qÂ÷¼h |
| iris |
i½¤¡A¥iÅÜ¥úÁñ |
| iron core |
ÅK¤ß |
| iron filings |
ÅK¯» |
| irreversible process |
¤£¥i°f¹Lµ{ |
| isobar |
µ¥À£ûà¡A¦P½è²§§Ç¯À |
| isobaric expansion |
µ¥À£¿±µÈ |
| isobaric process |
µ¥À£¹Lµ{ |
| isochronous oscillation |
µ¥®É®¶Àú |
| isotherm |
µ¥·Åûà Ž¨ |
| isothermal process |
µ¥·Å¹Lµ{ |
| isotope |
¦P¦ì¯À |
| isovolumetric process |
µ¥®e¹Lµ{ |