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Photon Intensity
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High intensity discharge lamps (HID) contain compact arc tubes, which enclose various gases and metal salts, operating at relatively high pressures and temperatures. HID lamps are often used as UV light sources.
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Supplier: Hamamatsu Corporation USADescription: The C10910 series of streak cameras measure extremely fast light phenomena in the UV to near-infrared range. They deliver intensity vs. time vs. position (or wavelength) information with single-photon sensitivity and temporal resolution down to 1 ps. <
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Supplier: Qubit Systems, Inc.Description: . Independently Programmable LED-Light: 1. user-defined modulation; 2. intensity up to 500 umol(photon)/m2.s; 3. precise intensity control in the range of 1% to 100%; 4. timing steps from seconds to hours; 5.white + infra-red LED light. Temperature Control: programmable controller ramps
- Motion: Orbital
- Temperature Control: Heating
- Speed: Variable
- Local Interface: Digital Front Panel
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Supplier: Qubit Systems, Inc.Description: . Independently Programmable LED-Light: 1. user-defined modulation; 2. intensity up to 500 umol(photon)/m2.s; 3. precise intensity control in the range of 1% to 100%; 4. timing steps from seconds to hours; 5.white + infra-red LED light. Temperature Control: programmable controller ramps
- Jacket Type: Air Jacket
- Local Interface: Digital Front Panel
- Display Type: Digital Numerical Display
- Interior Lights: Yes
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Supplier: Aurora InstrumentsDescription: from its ground electronic state into an excited state. From this excited electronic state, the electron drops down to a lower electronic state into one of several vibrational levels, emitting a photon in the process, with one of several frequencies. By measuring the intensity of the emitted light
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Supplier: Qubit Systems, Inc.Description: (photon)/m2/s at the distance of 20 cm (depends on the LED type). Measuring flash duration 10-40 µs Uniform light distribution over the desired area. Both panel and control unit cooling (automatic control). Hardware or software control of the light regime (flashes, continuous light
- Illuminator Type: Dome
- Light Source: LED
- Strobe: Yes
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Supplier: MeditDescription: Medit Inc.’s Photon Articulated Video Borescopes (PVBS) are great for a wide range of applications which require a small portable device to capture images and video. These units are also specially designed for in-depth inspections which require the ability to rapidly bend through tight areas
Featured Products for Photon Intensity Top
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steady-state growing of cultures (optional). Turbidostat cultivation - stabilization of the suspensions, optical density control (optional). LED Lighting: Standard color versions :White, Red-blue (630 nm, 450 nm), White-red (630 nm), Other colors and color combinations (optional). Both static and fluctuating light regime. Actinic light up to 600 µmol(photon)/m2/s (standard). Light intensity upgrade from 1,800 - 2,500 µmol(photon)/m2/s; according to LED type and color (optional). Wide range... (read more)Browse Environmental Controllers Datasheets for Qubit Systems, Inc. -
growth rooms. Instrument Highlights: High light output - up to 3,000 µmol(photon)/m2/s at the distance of 20 cm (depends on the LED type). Measuring flash duration 10-40 µs. Uniform light distribution over the desired area. Both panel and control unit cooling (automatic control). Hardware or software control of the light regime (flashes, continuous light, used-defined modulation), timing, and intensity. Different color versions varying spectrally from UVA to Infra-Red. standard colors available... (read more)Browse Illuminators Datasheets for Qubit Systems, Inc.
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Two-Photon Excited Fluorescence Microscopy
down to the single molecule level.5,6. the same excitation efficiencies with much lower average. powers due to high peak intensity. It can be shown that in. order to induce the same fluorescence signal, the power of a. Two-Photon Absorption. CW laser has to be (pfp)-1/2 higher than the average power
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Three-Dimensional Microfabrication by Two-Photon Polymerization
complexity of micro/nano-devices. needed in most modern applications though, IC technology. Since the probability of a two-photon absorption event is. presents significant limitations.2. In particular these. proportional to the second power of the light intensity,. techniques are incompatible
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Get ready for single-pixel cameras
into a series of intensity values registered on the single-photon detector. The recording process takes place without any of the components in the setup physically moving (other than the microscopic mirrors on the DM chip). The DSP knows enough about the recording process to reassemble the series
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Automated Control of Amplified Pulse Duration Using the DazzlerTM / DazScopeTM Solution (.pdf)
Pulse shaping systems are now widely used by the ultrafast laser community for applications ranging from coherent control to multi-photon microscopy. Of particular interest is the ability to directly drive the pulse shaper using the output signal of an experiment, for instance, favoring a given
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Z-Scan for the Characterization of Transparent Optical Materials
at the sample is changing as the. eff. sample is translated, any deviation in the total transmitted. S. = fraction of beam transmitted by the aperture. intensity must be due to multi-photon absorption. In the. limit where multi-photon effects are limited to two-photon. t. = time. absorption
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Lambert-Beer Law
phenomena: The amount of absorbing material in its pathlength (concentration). The distance the light must travel through the sample (optical pathlength OPL). The probability that the photon of that particular wavelength will be absorbed by the material (absorptivity or extinction coefficient
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A Spectroscopy Guide for PAT
with solvent at higher temperatures and not emit a photon at all. However, unlike the very simple UV and visible spectra, fluorescence spectra are "rich." That is, they contain many more peaks and give more structural information than are seen in either visible or ultraviolet spectra. Since the mechanism
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Dispersive Raman Spectrometers
and irradiates the sample. In a process known as Rayleigh scattering, most of the radiation elastically scatters or "reflects off" the sample at the same energy as the incoming laser radiation. Nevertheless, a small amount (approximately one photon out of a million, or 0.00001%) scatters from the sample
Engineering Web Search: Photon Intensity Top
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Luminous intensity - Wikipedia, the free encyclopedia
Luminous intensity From Wikipedia, the free encyclopedia
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Stimulated emission - Wikipedia, the free encyclopedia
A photon created in this manner has the same phase, frequency, polarization, and direction of travel as the photons of the incident wave.
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PTI - The Fluorescence Solutions Company | Complete Systems...
spectrum and intensity are very accurately corrected for energy differences from pulse to pulse and for spectral intensity distribution of the entire
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AGS--E949
E949 has substantially upgraded the photon veto system, the trigger, the data acquisition, and several other key detector systems, and plans to run
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Cornell High Energy Synchrotron Source - Home Page
...is a high-intensity X-ray source supported by the National Science Foundation.
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Solar Physics Glossary
contour encircles a region where the intensity of the emitted radiation is greater than or equal to the intensity on the contour line.
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Imagine the Universe! Dictionary
An ASM measures the intensity of many sources across the sky and looks for new sources.
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[No Title]
2000 have now been analyzed, showing a strong correlation of optical intensity with the x-ray fluxes observed by RXTE. The resulting light curve is
