Ftir Spectrometer
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BIO-RAD / ACCENT QS-408A 408 FTIR FT-IR SPECTROMETER w/SPC-3200 $28,010.00 |
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Bio-Rad FTS-40 FT-IR Spectrometer w/UMA 300 FTIR $9,999.99 |
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Mattson Genesis FTIR Spectrometer $7,500.00 |
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Mattson Galaxy FTIR Spectrometer $6,500.00 |
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Nicolet Model 730 FTIR Spectrometer with AEM Module (Reduced 2/12) $5,999.00 |
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Bio-Rad FTS 45 FT-IR Spectrometer w/UMA 300A FTIR $4,999.00 |
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Perkin Elmer AutoIMAGE FT-IR FTIR Spectrometer Microscope System Spectrum One GX $4,499.00 |
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Nicolet 520 FTIR / FT-IR Spectrophotometer Spectrometer $4,277.77 |
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Mattson Polaris IR-10410 FTIR Spectrometer (Reduced 1/12) $3,999.00 |
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Perkin Elmer Spectrum System 2000 FT-IR/FTIR Infrared Spectrometer Spectroscopy $3,599.99 |
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FTIR 1600 Spectrometer - Perkin Elmer - working $2,250.00 |
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Perkin Elmer FTIR FT-IR Spectrometer Paragon 1000 PC $1,999.98 |
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Nicolet 20DXB FTIR Spectrometer - Untested As Is $1,696.18 |
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Nicolet Impact 410 FTIR Spectrometer,Thermo FT-IR,NICE! $1,339.00 |
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XLT-Spectra-Scope FTIR-Spectrometer-Infrared-Microscope $999.99 |
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SensIR DuraScope FT-IR Spectral Analysis FTIR Spectrometer Portable Analyzer $750.00 |
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Nicolet - Model 510P FTIR Spectrometer $699.00 |
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Nicolet Impact 410 FTIR Spectrophotometer Spectrometer $524.99 |
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Nicolet Instrument Impact 400 FTIR Spectrometer Thermo Spectra-Tech Lab $424.99 |
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Nicolet 560 E.S.P Spectrometer FT-IR FTIR Case Shell $334.99 |
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Nicolet 560 E.S.P Spectrometer FT-IR FTIR $334.99 |
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Nicolet 510 FT-IR Spectrophotometer Spectrometer FTIR w/ 620 Utility Module $324.99 |
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Bomem Michelson M 120 Spectrometer FTIR Spectra $105.00 |
More Ftir Spectrometer related items:
Ftir by Hamilton Sunstrand
FTIR or Fourier-Transform Infrared Spectroscopy is a measurement technique whereby spectra is collected based on the response from a pulse of electromagnetic radiation. It can be applied to various types of spectroscopy including infrared spectroscopy, nuclear magnetic resonance and electron spin resonance spectroscopy. Fourier transform spectroscopy is more sensitive and has a much shorter sampling time than conventional spectroscopic techniques.
How it works
In a conventional spectrometer, a sample is exposed to electromagnetic radiation and the response is monitored. The energy of the radiation is varied over the desired range and the response is plotted as a function of radiation energy. At certain resonant frequencies characteristic of the specific sample, the radiation will be absorbed resulting in a series of peaks in the spectrum, which can then be used to identify the sample.
Instead of varying the energy of the electromagnetic radiation, Fourier Transform Infrared Spectroscopy exposes the sample to a single pulse of radiation and measures the response. The resulting signal called free induction decay contains a rapidly decaying composite of all possible frequencies. Due to resonance by the sample, resonant frequencies will be dominant in the signal and by performing a mathematical operation called a Fourier Transform on the signal, the frequency response can be calculated. In this way, Fourier Transform Spectrometer can produce the same kind of spectrum as a conventional spectrometer but in a much shorter time.
The principles of the Fourier Transform approach can be compared to the behaviour of a musical tuning fork. If a tuning fork is exposed to sound waves of varying frequencies, it will vibrate when the sound wave frequencies are in 'tune'. This is similar to conventional spectroscopic techniques, where the radiation frequency is varied and those frequencies where the sample is in 'tune' with the radiation detected. The response from a sample exposed to a pulse of radiation is a signal consisting primarily of the characteristic frequencies for that sample. The Fourier Transform is a mathematical technique for determining these characteristic frequencies from a single composite signal.
About the Author
This article is issue in public interest by http://www.hs-ait.com is the process analytical technology business within Hamilton Sundstrand, a United Technologies company. AIT delivers process analytical technology solutions to the leading companies of the world. We design and manufacture robust process development and on-line analyzers for quantitative and qualitative analysis.
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BIO-RAD / ACCENT QS-408A 408 FTIR FT-IR SPECTROMETER w/SPC-3200 $28,010.00 |
|
|
Bio-Rad FTS-40 FT-IR Spectrometer w/UMA 300 FTIR $9,999.99 |
|
|
Mattson Genesis FTIR Spectrometer $7,500.00 |
|
|
Mattson Galaxy FTIR Spectrometer $6,500.00 |
|
|
Nicolet Model 730 FTIR Spectrometer with AEM Module (Reduced 2/12) $5,999.00 |
|
|
Bio-Rad FTS 45 FT-IR Spectrometer w/UMA 300A FTIR $4,999.00 |
|
|
Perkin Elmer AutoIMAGE FT-IR FTIR Spectrometer Microscope System Spectrum One GX $4,499.00 |
|
|
Nicolet 520 FTIR / FT-IR Spectrophotometer Spectrometer $4,277.77 |
|
|
Mattson Polaris IR-10410 FTIR Spectrometer (Reduced 1/12) $3,999.00 |
|
|
Perkin Elmer Spectrum System 2000 FT-IR/FTIR Infrared Spectrometer Spectroscopy $3,599.99 |
|
|
FTIR 1600 Spectrometer - Perkin Elmer - working $2,250.00 |
|
|
Perkin Elmer FTIR FT-IR Spectrometer Paragon 1000 PC $1,999.98 |
|
|
Nicolet 20DXB FTIR Spectrometer - Untested As Is $1,696.18 |
|
|
Nicolet Impact 410 FTIR Spectrometer,Thermo FT-IR,NICE! $1,339.00 |
|
|
XLT-Spectra-Scope FTIR-Spectrometer-Infrared-Microscope $999.99 |
|
|
SensIR DuraScope FT-IR Spectral Analysis FTIR Spectrometer Portable Analyzer $750.00 |
|
|
Nicolet - Model 510P FTIR Spectrometer $699.00 |
|
|
Nicolet Impact 410 FTIR Spectrophotometer Spectrometer $524.99 |
|
|
Nicolet Instrument Impact 400 FTIR Spectrometer Thermo Spectra-Tech Lab $424.99 |
|
|
Nicolet 560 E.S.P Spectrometer FT-IR FTIR Case Shell $334.99 |
|
|
Nicolet 560 E.S.P Spectrometer FT-IR FTIR $334.99 |
|
|
Nicolet 510 FT-IR Spectrophotometer Spectrometer FTIR w/ 620 Utility Module $324.99 |
|
|
Bomem Michelson M 120 Spectrometer FTIR Spectra $105.00 |
More Ftir Spectrometer related items:
Ftir by Hamilton Sunstrand
FTIR or Fourier-Transform Infrared Spectroscopy is a measurement technique whereby spectra is collected based on the response from a pulse of electromagnetic radiation. It can be applied to various types of spectroscopy including infrared spectroscopy, nuclear magnetic resonance and electron spin resonance spectroscopy. Fourier transform spectroscopy is more sensitive and has a much shorter sampling time than conventional spectroscopic techniques.
How it works
In a conventional spectrometer, a sample is exposed to electromagnetic radiation and the response is monitored. The energy of the radiation is varied over the desired range and the response is plotted as a function of radiation energy. At certain resonant frequencies characteristic of the specific sample, the radiation will be absorbed resulting in a series of peaks in the spectrum, which can then be used to identify the sample.
Instead of varying the energy of the electromagnetic radiation, Fourier Transform Infrared Spectroscopy exposes the sample to a single pulse of radiation and measures the response. The resulting signal called free induction decay contains a rapidly decaying composite of all possible frequencies. Due to resonance by the sample, resonant frequencies will be dominant in the signal and by performing a mathematical operation called a Fourier Transform on the signal, the frequency response can be calculated. In this way, Fourier Transform Spectrometer can produce the same kind of spectrum as a conventional spectrometer but in a much shorter time.
The principles of the Fourier Transform approach can be compared to the behaviour of a musical tuning fork. If a tuning fork is exposed to sound waves of varying frequencies, it will vibrate when the sound wave frequencies are in 'tune'. This is similar to conventional spectroscopic techniques, where the radiation frequency is varied and those frequencies where the sample is in 'tune' with the radiation detected. The response from a sample exposed to a pulse of radiation is a signal consisting primarily of the characteristic frequencies for that sample. The Fourier Transform is a mathematical technique for determining these characteristic frequencies from a single composite signal.
About the Author
This article is issue in public interest by http://www.hs-ait.com is the process analytical technology business within Hamilton Sundstrand, a United Technologies company. AIT delivers process analytical technology solutions to the leading companies of the world. We design and manufacture robust process development and on-line analyzers for quantitative and qualitative analysis.
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|
|
BIO-RAD / ACCENT QS-408A 408 FTIR FT-IR SPECTROMETER w/SPC-3200 $28,010.00 |
|
|
Bio-Rad FTS-40 FT-IR Spectrometer w/UMA 300 FTIR $9,999.99 |
|
|
Mattson Genesis FTIR Spectrometer $7,500.00 |
|
|
Mattson Galaxy FTIR Spectrometer $6,500.00 |
|
|
Nicolet Model 730 FTIR Spectrometer with AEM Module (Reduced 2/12) $5,999.00 |
|
|
Bio-Rad FTS 45 FT-IR Spectrometer w/UMA 300A FTIR $4,999.00 |
|
|
Perkin Elmer AutoIMAGE FT-IR FTIR Spectrometer Microscope System Spectrum One GX $4,499.00 |
|
|
Nicolet 520 FTIR / FT-IR Spectrophotometer Spectrometer $4,277.77 |
|
|
Mattson Polaris IR-10410 FTIR Spectrometer (Reduced 1/12) $3,999.00 |
|
|
Perkin Elmer Spectrum System 2000 FT-IR/FTIR Infrared Spectrometer Spectroscopy $3,599.99 |
|
|
FTIR 1600 Spectrometer - Perkin Elmer - working $2,250.00 |
|
|
Perkin Elmer FTIR FT-IR Spectrometer Paragon 1000 PC $1,999.98 |
|
|
Nicolet 20DXB FTIR Spectrometer - Untested As Is $1,696.18 |
|
|
Nicolet Impact 410 FTIR Spectrometer,Thermo FT-IR,NICE! $1,339.00 |
|
|
XLT-Spectra-Scope FTIR-Spectrometer-Infrared-Microscope $999.99 |
|
|
SensIR DuraScope FT-IR Spectral Analysis FTIR Spectrometer Portable Analyzer $750.00 |
|
|
Nicolet - Model 510P FTIR Spectrometer $699.00 |
|
|
Nicolet Impact 410 FTIR Spectrophotometer Spectrometer $524.99 |
|
|
Nicolet Instrument Impact 400 FTIR Spectrometer Thermo Spectra-Tech Lab $424.99 |
|
|
Nicolet 560 E.S.P Spectrometer FT-IR FTIR Case Shell $334.99 |
|
|
Nicolet 560 E.S.P Spectrometer FT-IR FTIR $334.99 |
|
|
Nicolet 510 FT-IR Spectrophotometer Spectrometer FTIR w/ 620 Utility Module $324.99 |
|
|
Bomem Michelson M 120 Spectrometer FTIR Spectra $105.00 |
More Ftir Spectrometer related items:
Ftir by Hamilton Sunstrand
FTIR or Fourier-Transform Infrared Spectroscopy is a measurement technique whereby spectra is collected based on the response from a pulse of electromagnetic radiation. It can be applied to various types of spectroscopy including infrared spectroscopy, nuclear magnetic resonance and electron spin resonance spectroscopy. Fourier transform spectroscopy is more sensitive and has a much shorter sampling time than conventional spectroscopic techniques.
How it works
In a conventional spectrometer, a sample is exposed to electromagnetic radiation and the response is monitored. The energy of the radiation is varied over the desired range and the response is plotted as a function of radiation energy. At certain resonant frequencies characteristic of the specific sample, the radiation will be absorbed resulting in a series of peaks in the spectrum, which can then be used to identify the sample.
Instead of varying the energy of the electromagnetic radiation, Fourier Transform Infrared Spectroscopy exposes the sample to a single pulse of radiation and measures the response. The resulting signal called free induction decay contains a rapidly decaying composite of all possible frequencies. Due to resonance by the sample, resonant frequencies will be dominant in the signal and by performing a mathematical operation called a Fourier Transform on the signal, the frequency response can be calculated. In this way, Fourier Transform Spectrometer can produce the same kind of spectrum as a conventional spectrometer but in a much shorter time.
The principles of the Fourier Transform approach can be compared to the behaviour of a musical tuning fork. If a tuning fork is exposed to sound waves of varying frequencies, it will vibrate when the sound wave frequencies are in 'tune'. This is similar to conventional spectroscopic techniques, where the radiation frequency is varied and those frequencies where the sample is in 'tune' with the radiation detected. The response from a sample exposed to a pulse of radiation is a signal consisting primarily of the characteristic frequencies for that sample. The Fourier Transform is a mathematical technique for determining these characteristic frequencies from a single composite signal.
About the Author
This article is issue in public interest by http://www.hs-ait.com is the process analytical technology business within Hamilton Sundstrand, a United Technologies company. AIT delivers process analytical technology solutions to the leading companies of the world. We design and manufacture robust process development and on-line analyzers for quantitative and qualitative analysis.
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