IR 显微镜附件

The Complete FTIR Library Collection includes unlimited access for one user, for one full year, to more than 90,000 high-quality infrared spectra in high-resolution format. The collection includes hydrocarbons, alcohols, phenols, aldehydes, ketones, esters, anhydrides, lactones, dyes, indicators,...

The Micro Compression Cell provides a faster way to prepare microscope samples for transmission analysis by Fourier transform infrared (FT-IR) spectroscopy. The sample holder is used to flatten and crush samples for efficient analysis.

The Micro Compression Cell provides a faster way to prepare microscope samples for transmission analysis by Fourier transform infrared (FT-IR) spectroscopy. The sample holder is used to flatten and crush samples for efficient analysis.

The Micro Compression Cell provides a faster way to prepare microscope samples for transmission analysis by Fourier transform infrared (FT-IR) spectroscopy. The sample holder is used to flatten and crush samples for efficient analysis.

The Micro Compression Cell provides a faster way to prepare microscope samples for transmission analysis by Fourier transform infrared (FT-IR) spectroscopy. The sample holder is used to flatten and crush samples for efficient analysis.

The Micro Compression Cell provides a faster way to prepare microscope samples for transmission analysis by Fourier transform infrared (FT-IR) spectroscopy. The sample holder is used to flatten and crush samples for efficient analysis.

The Micro Compression Cell provides a faster way to prepare microscope samples for transmission analysis by Fourier transform infrared (FT-IR) spectroscopy. The sample holder is used to flatten and crush samples for efficient analysis.

The Micro Compression Cell provides a faster way to prepare microscope samples for transmission analysis by Fourier transform infrared (FT-IR) spectroscopy. The sample holder is used to flatten and crush samples for efficient analysis.

The Micro Compression Cell provides a faster way to prepare microscope samples for transmission analysis by Fourier transform infrared (FT-IR) spectroscopy. The sample holder is used to flatten and crush samples for efficient analysis.

The Micro Compression Cell provides a faster way to prepare microscope samples for transmission analysis by Fourier transform infrared (FT-IR) spectroscopy. The sample holder is used to flatten and crush samples for efficient analysis.

The Micro Compression Cell provides a faster way to prepare microscope samples for transmission analysis by Fourier transform infrared (FT-IR) spectroscopy. The sample holder is used to flatten and crush samples for efficient analysis.

The Micro Compression Cell provides a faster way to prepare microscope samples for transmission analysis by Fourier transform infrared (FT-IR) spectroscopy. The sample holder is used to flatten and crush samples for efficient analysis.

The Micro Compression Cell provides a faster way to prepare microscope samples for transmission analysis by Fourier transform infrared (FT-IR) spectroscopy. The sample holder is used to flatten and crush samples for efficient analysis.

The Thermo Scientific™ 0.58 N.A., 15X Cassegrain objectives with fixed compensation come in three compensation configurations—zero, 1mm, or 2mm compensation objectives.

The Thermo Scientific™ 0.58 N.A., 15X Cassegrain objectives with fixed compensation come in three compensation configurations—zero, 1mm, or 2mm compensation objectives.

The Thermo Scientific™ 0.58 N.A., 15X Cassegrain objectives with fixed compensation come in three compensation configurations—zero, 1mm, or 2mm compensation objectives.

The Thermo Scientific™ 0.58 N.A., 15X Cassegrain objectives with fixed compensation come in three compensation configurations—zero, 1mm, or 2mm compensation objectives.

The Thermo Scientific™ 0.58 N.A., 15X Cassegrain objectives with fixed compensation come in three compensation configurations—zero, 1mm, or 2mm compensation objectives.

The Thermo Scientific™ 15X Cassegrain condenser with fixed compensation for Nicolet FT-IR microscopes provides optimized measurements for windows beneath the sample.

The Thermo Scientific™ 15X Cassegrain condenser with fixed compensation for Nicolet FT-IR microscopes provides optimized measurements for windows beneath the sample.

The Thermo Scientific™ 15X Cassegrain condenser with fixed compensation for Nicolet FT-IR microscopes provides optimized measurements for windows beneath the sample.

The Thermo Scientific™ 15X Cassegrain condenser with fixed compensation for Nicolet FT-IR microscopes provides optimized measurements for windows beneath the sample.

The Thermo Scientific™ Variable Compensation Objectives correct for spherical aberration caused when infrared windows are placed above the sample (up to 3mm in thickness), or when the Micro Compression Cell (Part No. 0045-434) is used.

The Thermo Scientific™ Variable Compensation Objectives correct for spherical aberration caused when infrared windows are placed above the sample (up to 3mm in thickness), or when the Micro Compression Cell (Part No. 0045-434) is used.

The Thermo Scientific™ Variable Compensation Objectives correct for spherical aberration caused when infrared windows are placed above the sample (up to 3mm in thickness), or when the Micro Compression Cell (Part No. 0045-434) is used.

The Thermo Scientific™ Variable Compensation Objectives correct for spherical aberration caused when infrared windows are placed above the sample (up to 3mm in thickness), or when the Micro Compression Cell (Part No. 0045-434) is used.

The Thermo Scientific™ Variable Compensation Condensers correct for spherical aberration caused by infrared windows beneath the sample (up to 3mm in thickness).

The Thermo Scientific™ Variable Compensation Condensers correct for spherical aberration caused by infrared windows beneath the sample (up to 3mm in thickness).

The Thermo Scientific™ Variable Compensation Condensers correct for spherical aberration caused by infrared windows beneath the sample (up to 3mm in thickness).