Absorption spectrometer Stock Photos and Images

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Absorption spectrometer Stock Photos and Images

Atomic absorption spectrometer in the chemical laboratory Stock Photo

RFH8XJHM–Atomic absorption spectrometer in the chemical laboratory

Kirchhoff optical spectrometer or spectroscope, instrument to measure properties of light over a specific portion of the electromagnetic spectrum in spectroscopic analysis to identify materials Stock Photo

RF2CD7NA3–Kirchhoff optical spectrometer or spectroscope, instrument to measure properties of light over a specific portion of the electromagnetic spectrum in spectroscopic analysis to identify materials

Atomic absorption spectrometer with flame atomization in lab Stock Photo

RF2TCM6EK–Atomic absorption spectrometer with flame atomization in lab

Analysis of chemical liquids using absorption spectrometer equipment, UK, Stock Photo

RMAJGAWC–Analysis of chemical liquids using absorption spectrometer equipment, UK,

RF2HJA3F4–Spectrometer Simple vector icon.

Nicolet iS5 FTIR Spectrometer provides information and for product assurance testing and material. It is designed for scientists, production managers Stock Photo

RM2E3XXGB–Nicolet iS5 FTIR Spectrometer provides information and for product assurance testing and material. It is designed for scientists, production managers

Laboratory chemical analysis. Absorption Spectrometer used by Indian scientist in the production of polymers Stock Photo

RMA9G2G2–Laboratory chemical analysis. Absorption Spectrometer used by Indian scientist in the production of polymers

Fourier Transform Infrared (FTIR) Spectroscopy: Place the sample in the cuvette and measure its absorption of infrared light using a Fourier transform Stock Photo

RF2RNN481–Fourier Transform Infrared (FTIR) Spectroscopy: Place the sample in the cuvette and measure its absorption of infrared light using a Fourier transform

Sep 19, 2006; San Diego, CA, USA; Chemist MANUEL ROMERO, checked for iron in water samples with an atomic absorption spectrometer at the City of San Diego Water Quality Laboratory Environmental Monitoring and Technical Services Division on Monday, September 19, 2006. Mandatory Credit: Photo by John Gibbins/SDU-T/ZUMA Press. (©) Copyright 2006 by SDU-T Stock Photo

RMDP5MBE–Sep 19, 2006; San Diego, CA, USA; Chemist MANUEL ROMERO, checked for iron in water samples with an atomic absorption spectrometer at the City of San Diego Water Quality Laboratory Environmental Monitoring and Technical Services Division on Monday, September 19, 2006. Mandatory Credit: Photo by John Gibbins/SDU-T/ZUMA Press. (©) Copyright 2006 by SDU-T

Varian Atomic Absorption AA Spectrometer. Stock Photo

RM2WYRE2T–Varian Atomic Absorption AA Spectrometer.

RMCPMPRW–SPECTROSCOPY

Identification of white powder raw material by FTIR method, advance technology without sample preparation high sensitivity and accuracy method, concept of pharmaceutical industrial laboratory Stock Photo

RFKD5DDK–Identification of white powder raw material by FTIR method, advance technology without sample preparation high sensitivity and accuracy method, concept of pharmaceutical industrial laboratory

RF2H80YB5–atomic absorption spectrometer line icon vector illustration

Spectra Chart, Blood Samples, 1894 Stock Photo

RMHRJ58Y–Spectra Chart, Blood Samples, 1894

. Spectroradiometric investigation of the transmission of various substances . ork several years ago; this Bulletin, 7, p.24s, 1911; 10, p. 38(Fig. s), 1912. The mirror spectrometer and fluorite prism is described in this Bulletin,10, p. 1, 1913; and the thermopile is described in this Bulletin, 11, p. 132, 1914- * In this Bulletin, 9, p. n6,1912, data are given on the transmission of green fluorites. some of which hadmarked absorption bands. Coblentz,Emerson, Long] Transmission of Various Substances 655 2. GELATIN LIGHT FILTERS In photographing the infra-red spectrum using plates sensitizedwi Stock Photo

RM2CRR80R–. Spectroradiometric investigation of the transmission of various substances . ork several years ago; this Bulletin, 7, p.24s, 1911; 10, p. 38(Fig. s), 1912. The mirror spectrometer and fluorite prism is described in this Bulletin,10, p. 1, 1913; and the thermopile is described in this Bulletin, 11, p. 132, 1914- * In this Bulletin, 9, p. n6,1912, data are given on the transmission of green fluorites. some of which hadmarked absorption bands. Coblentz,Emerson, Long] Transmission of Various Substances 655 2. GELATIN LIGHT FILTERS In photographing the infra-red spectrum using plates sensitizedwi

The spectroscope developed in 19th century by Bunsen and Kirchhoff provides a high quality optical system and an easy-to-read scale, allowing to measure discrete atomic spectral lines Stock Photo

RF2CD7NA7–The spectroscope developed in 19th century by Bunsen and Kirchhoff provides a high quality optical system and an easy-to-read scale, allowing to measure discrete atomic spectral lines

Atomic absorption spectrometer with electrothermal atomization in lab Stock Photo

RF2TCM6BT–Atomic absorption spectrometer with electrothermal atomization in lab

Spectroscope of the Observatoy of the University of Kiev allowing to study solar processes and solar activity Stock Photo

RF2CD7NBT–Spectroscope of the Observatoy of the University of Kiev allowing to study solar processes and solar activity

RM2E3XXG5–Nicolet iS5 FTIR Spectrometer provides information and for product assurance testing and material. It is designed for scientists, production managers

Huggins spectroscope developed by Sir William Huggins with the technical innovation of by widening the slit and measuring the radial velocity of a star and to study the evolution of the universe Stock Photo

RF2CD7NBF–Huggins spectroscope developed by Sir William Huggins with the technical innovation of by widening the slit and measuring the radial velocity of a star and to study the evolution of the universe

Universal spectroscope complete apparatus with universal stand for general use developed by Hermann Wilhelm Vogel German photochemist Stock Photo

RF2CD7NBJ–Universal spectroscope complete apparatus with universal stand for general use developed by Hermann Wilhelm Vogel German photochemist

RMCPMPRR–SPECTROSCOPY

RFKD5DD8–Identification of white powder raw material by FTIR method, advance technology without sample preparation high sensitivity and accuracy method, concept of pharmaceutical industrial laboratory

RF2H7YRT4–atomic absorption spectrometer color icon vector illustration

RMHRJ58W–Spectroscope, Circa 1920

. Carnegie Institution of Washington publication. ^^ Fig. I. -Inner room containing radiometer R, spectrometer and prism P, exhaust pump G, lamps and scale L, and telescope T. C is the holder for the absorption cell. S is the shutter, H the Nernst lamp-heater.. Fig. 1 A.—Large spectrometer with Nernst heater, /*, to the right, and radiometer, r, to the left. The gas-cell holde and glass cells are shown at 9; Ceissler pump in the rear. Photograph taken through doorway of inner room.. Please note that these images are extracted from scanned page images that may have been digitally enhanced for Stock Photo

RMRFWBW0–. Carnegie Institution of Washington publication. ^^ Fig. I. -Inner room containing radiometer R, spectrometer and prism P, exhaust pump G, lamps and scale L, and telescope T. C is the holder for the absorption cell. S is the shutter, H the Nernst lamp-heater.. Fig. 1 A.—Large spectrometer with Nernst heater, /*, to the right, and radiometer, r, to the left. The gas-cell holde and glass cells are shown at 9; Ceissler pump in the rear. Photograph taken through doorway of inner room.. Please note that these images are extracted from scanned page images that may have been digitally enhanced for

RF2TCM6EC–Atomic absorption spectrometer with flame atomization in lab

RM2E3XXG7–Nicolet iS5 FTIR Spectrometer provides information and for product assurance testing and material. It is designed for scientists, production managers

RMCPMPT3–SPECTROSCOPY

RFKD5DEN–Identification of white powder raw material by FTIR method, advance technology without sample preparation high sensitivity and accuracy method, concept of pharmaceutical industrial laboratory

RF2H830M9–atomic absorption spectrometer glyph icon vector illustration

RMRFWBW6–. Carnegie Institution of Washington publication. . ^^ Fig. I. -Inner room containing radiometer R, spectrometer and prism P, exhaust pump G, lamps and scale L, and telescope T. C is the holder for the absorption cell. S is the shutter, H the Nernst lamp-heater.. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original work.. Carnegie Institution of Washington. Washington, Carnegie Institution of Washington

RF2TCM6BK–Atomic absorption spectrometer with flame atomization in lab

RMCPMPRY–SPECTROSCOPY

RFKD5DDE–Identification of white powder raw material by FTIR method, advance technology without sample preparation high sensitivity and accuracy method, concept of pharmaceutical industrial laboratory

RF2H83RBW–atomic absorption spectrometer isometric icon vector illustration

. Bacterial photosynthesis. Bacteria -- Physiology; Photosynthesis. ACTION SPECTRUM I r^ —ABSORPTION I /T. ^ % 7000 8000 9000 10,000 WAVELENGTH (A) Fig. 4. Action spectrum of chromatophores from R. riihvum, taken at constant quanta/sec-cm2 incident on the sample. The absorption spectrum is shown in dotted lines for comparison. quanta/sec-cm2), and is shown in Fig. 4. Distortions still mask pos- sible contributions by the secondary peak. Further reduction of light intensity and/or concentration reduces the magnitude of the signal to nearly that of the noise observed in our spectrometer. Thus we Stock Photo

RMRJNCJY–. Bacterial photosynthesis. Bacteria -- Physiology; Photosynthesis. ACTION SPECTRUM I r^ —ABSORPTION I /T. ^ % 7000 8000 9000 10,000 WAVELENGTH (A) Fig. 4. Action spectrum of chromatophores from R. riihvum, taken at constant quanta/sec-cm2 incident on the sample. The absorption spectrum is shown in dotted lines for comparison. quanta/sec-cm2), and is shown in Fig. 4. Distortions still mask pos- sible contributions by the secondary peak. Further reduction of light intensity and/or concentration reduces the magnitude of the signal to nearly that of the noise observed in our spectrometer. Thus we

RF2TCM6BJ–Atomic absorption spectrometer with electrothermal atomization in lab

RF2H7YW1E–shaker laboratory device color icon vector illustration

. Carnegie Institution of Washington publication. A X. B C D E A -185 iA FIG. 56. B?C Cf D D EE A A FIG. 57. The crystal was mounted so as to cover a transverse slot in the copper rod. It could thus be illuminated either from the front, as shown above, or from behind by light transmitted through the slot. The latter arrangement was employed especially in the study of the absorption spectrum. When the substance, excited to fluorescence in the manner already described, was gradually cooled to the temperature of liquid air and the spectrum was observed through the Hilger spectrometer, the fol- lo Stock Photo

RMRFRHJW–. Carnegie Institution of Washington publication. A X. B C D E A -185 iA FIG. 56. B?C Cf D D EE A A FIG. 57. The crystal was mounted so as to cover a transverse slot in the copper rod. It could thus be illuminated either from the front, as shown above, or from behind by light transmitted through the slot. The latter arrangement was employed especially in the study of the absorption spectrum. When the substance, excited to fluorescence in the manner already described, was gradually cooled to the temperature of liquid air and the spectrum was observed through the Hilger spectrometer, the fol- lo

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Absorption spectrometer Stock Photos and Images

Absorption spectrometer Stock Photos and Images

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