Prisma &Prisma EXMulti-aiki muhalli injin tungsten wayar bincike bincike lantarki microscope

• A gaskiya Multi-amfani dakin gwaje-gwaje tare da cikakken aiki, sauki aiki SEM tungsten wayar binciken lantarki microscope
• Tare da ESEM na musamman ™ yanayin injin muhalli
• High inji, low inji da ESEM ™ Muhalli inji uku inji yanayi, dace da nazarin mafi fadi samfurin, samfurin kewayon ya hada da wayar da lantarki kayan, non-wayar da lantarki kayan, degassing, uncovered ko wasu samfurin da ba m inji.
• A jerin hadedden real-lokaci bincike software don kammala m gwaji gwaji bincike.
• Low inji da ESEM muhalli inji iya saduwa da non-conductive kayan da kuma haraji samfuran bincike
• Aikin in situ yana ba da damar samun ingantaccen sakamakon bincike har ma da samfurori masu rufi ko masu zafi.
• Goyon bayan pre-saitunan kafin bincike, kyamarori tare da kewayawa da SmartScanTM aiki inganta aiki, ingancin bayanai, da kuma saduwa da mafi girma bukatun amfani da bukatun.
• Nazarin in situ a ƙarƙashin zafin jiki na -165 ° C zuwa 1400 ° C
• Hanzarta ƙarfin lantarki: 200 V - 30 kV
• Multiplier na lantarki: 6x – 1,000,000x (Za a iya ɗaukar hotuna huɗu da nunawa a lokaci guda)
• Mai bincike: Mai binciken lantarki na biyu na Everhart-Thomley (E-T SED); Low injin SE detector (LVD); ESEM yanayin injin yanayin gas na biyu na lantarki (GESD); Samfurin dakin infrared CCD kamara
• injin tsarin: 1 250L / s turbo kwayoyin famfo, 1 juyawa inji famfo; Patent na matsin lamba bambancin injin tsarin "ta hanyar ruwan tabarau"; fitarwa lokaci ≤3.5min zuwa high inji, ≤4.5min zuwa ESEM inji / low inji; Zaɓi CryoCleaner sanyi tarko; Zaɓi haɓaka zuwa mai-free Rolling / bushewa PVPs
• Samfurin dakin:

o Diamita ta ciki 340 mm

o Nazarin aiki nesa 10 mm

o 12 kayan haɗi dubawa

o EDS tattara kusurwa: 35 °

• ƙuduri:

高真空模式

• 3.0 nm @ 30 kV (SE)
• 4.0 nm @ 30 kV (BSE) *
• 8.0 nm @ 3 kV (SE)

Lower Mode a ƙarƙashin High inji

• 7.0 nm @ 3 kV

Low injin yanayin

• 3.0 nm @ 30 kV (SE)
• 4.0 nm @ 30 kV (BSE)
• 10 nm @ 3 kV (SE)

• ESEM muhalli inji
  • 3.0 nm @ 30 kV (SE)