顯微鏡(jìng):
XSP-BM-1C,XSP-BM-1CA,XSP-BM-1C1A,XSP-BM-2CE,XSP-BM-2CEAC,XSP-BM-2CEAD, XSP-BM-3C,XSP-BM-3CA,XSP-BM-3CB,XSP-BM-2C,XSP-BM-2CA,XSP-BM-2CB,XSP-BM-2CBA,XSP-BM-2CBAC,XSP-BM-2CBAS,XSP-BM-4C,XSP-BM-5C,XSP-BM-5CA,XSP-BM-6C,XSP-BM-6CA,XSP-BM-8C,XSP-BM-8CA,XSP-BM-8CAC,XSP-BM-8CAS,XSP-BM-8CAV, XSP-BM-10C,XSP-BM-10CA,XSP-BM-10CAC,XSP-BM-10CAS,XSP-BM-10CAV,XSP-BM-12C,XSP-BM-12CA,XSP-BM-12CAC,XSP-BM-12CAS,XSP-BM-12CAV,XSP-BM-13C,XSP-BM-13CC,XSP-BM-13CS,XSP-BM-13CV,XSP-BM-20,XSP-BM-20A,XSP-BM-20AC,XSP-BM-20AS,XSP-BM-20AV,BM-30A,BM-37XB,BM-37XBC,BM-37XBS,BM-37XBV,BM-37XC,BM-37XCC,BM-37XCS,BM-37XCV,BM-38X,BM-38XA,BM-38XB,BM-38XBC,BM-38XBS,BM-38XBV,BM-PH,BM-PHC,BM-PHS,BM-PHV,XSP-9,XSP-9L,XSP-9S,XSD-36XC,XSD-SM1,XSD-SM2L,XSD-SM3L,BM-11-1,BM-11-2,BM-11,BM-11C,BM-11S,BM-57XB,BM-57XC,BM-57XCC,BM-57XCS,BM-57XCV,BM-58XB,BM-58XC,BM-58XCC,BM-58XCS,BM-58XCV,BM-59XA,BM-59XB,BM-59XC,BM-59XCC,BM-59XCS,BM-59XCV,BM-60XC,BM-60XCC,BM-60XCS,BM-60XCV,PXS20,PXS40,PXS-C,PXS-D,PXS-E,XTT,XTZ-D,XTZ-E,XTE-EC,XTZ-ES,XTZ-EV,XTZ-DA,XTZ-EA,XTZ-EAC,XTZ-EAS,XTZ-EAV,XTZ-01,XTZ-02,XTZ-03,XTZ-04,XTZ-53,XTL-BM-7B,XTL-BM-7T,XTL-BM-7TC,XTL-BM-7TS,XTL-BM-7TV,XTL-BM-8B,XTL-BM-8T,XTL-BM-8TC,XTL-BM-8TS,XTL-BM-8TV,XTZ-E11,XTZ-E21,XTZ-E31,TS-1.7,TS-1.8,TS-11,TS-21,TS-31,BM-2020T,XTL-BM1,T130,HGY-1,BM-4XA I,BM-4XA II,BM-4XB I,BM-4X II,BM-4XC,BM-4XCC,BM-4XCS,BM-4XCV,BM-4XD,BM-4XDC,BM-4XDS,BM-4XDV,BM-4XE,BM-4XEC,BM-4XES,BM-4XEV,BM-4XF,BM-4XFC,BM-4XFS,BM-4XFV,BM-53XA,BM-53XAC,BM-53XAS,BM-53XAV,BM-JC15,JC-10,BM-JC30,JC4-10,BM-JC60,6JA,XSP-3C,XSP-3CA,XSP-3CD,XSP-2C,XSP-2CA,XSP-4C,XSP-5C,XSP-5CA,XSP-6C,XSP-8C,XSP-8CA,XSPXSP-8CAD,XSP-8CATV,XSP-13C,44X1,59XA,59XB,59XC,BM-2,BM-4,BM-6,BM-7,BM-7A,BM-8,BM,BM-9,BM-10C,BM-11,BM-11A,BM-12,BM-13,BM-14,BM-15,BM-15A,BM-17,BM-17C,BM-18,BM-18A,BM-18B,BM-18Y,BM-18AY,BM-18LB,XSD-9,SM2L,PXP,MCU-10,15J,15JA,PXS,PXS-II,PXS-III,PXS-V1,XTT,PXS-D,PXS-E,PXS-EX,XTZ-D,XTZ-E,XTZ-E1,XTZ-E2,4XI,4XB,4XBZ,4XC,4XC-I,4XC-W, 4XC-TV,
顯微鏡是由一個透(tòu)鏡或幾個透鏡的組合(hé)構(gòu)成的一種光學儀器,是人類進(jìn)入原子時代的標(biāo)誌。主要用於放大微(wēi)小(xiǎo)物(wù)體成為人的肉眼所能(néng)看到的儀器。顯微鏡分光(guāng)學顯微鏡和電子顯微鏡:光學顯微鏡是在1590年由(yóu)荷蘭的楊(yáng)森父(fù)子所(suǒ)首創。現在的光學顯微(wēi)鏡可把物體放大(dà)1600倍,分辨的最小極限(xiàn)達0.1微(wēi)米(mǐ),國內顯(xiǎn)微鏡機械筒長度(dù)一般是160mm。
簡介
顯微鏡是(shì)人類這個時期最偉大的發明物之一。在(zài)它發明出來之前,人類(lèi)關於周圍世(shì)界的觀念(niàn)局限在(zài)用肉眼(yǎn),或者靠手持透鏡幫助肉眼所看到的東西。
顯微鏡(jìng)把(bǎ)一個全新的世界展現在人類的(de)視野裏。人們第一(yī)次看到了數以百計的(de)“新的(de)”微小動物和植物,以及從(cóng)人體到植(zhí)物(wù)纖維等各種(zhǒng)東西的內部構造。顯微鏡還有助於科學家發現新(xīn)物(wù)種,有助(zhù)於醫生(shēng)治療疾病(bìng)。
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