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Oh Radical Emission

This study aims to identify the intensity of the OH radical emission spectrum of dielectric barrier discharge (DBD) plasma.

OH Radical Intensity of Dielectric Barrier Discharge (DBD) Plasma Measured by Optical Emission Spectroscopy (OES)

Oh Radical Emission

The hyperfine structure of the OH radical emission spectrum was used to derive hydrogen flame temperatures in a research rocket combustor.

The Hyperfine Structure of the OH* Emission Spectrum andits Benefits for Combustion Analysis

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Radical Emission sentence examples within radical emission spectrum

radical emission spectrum

This study aims to identify the intensity of the OH radical emission spectrum of dielectric barrier discharge (DBD) plasma.

OH Radical Intensity of Dielectric Barrier Discharge (DBD) Plasma Measured by Optical Emission Spectroscopy (OES)

radical emission spectrum

The hyperfine structure of the OH radical emission spectrum was used to derive hydrogen flame temperatures in a research rocket combustor.

The Hyperfine Structure of the OH* Emission Spectrum andits Benefits for Combustion Analysis

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10.2139/ssrn.3933570

Transition to a low-emission society requires radical emissions reductions in the electricity generation sector.

True or Not True CO2 Free Electricity Generation is Possible

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10.1002/anie.202110405

Developing radical emission at ambient conditions is a challenging task since radical species are unstable in air.

Photoinduced radical emission in a coassembly system.

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10.1088/1742-6596/1825/1/012072

This study aims to identify the intensity of the OH radical emission spectrum of dielectric barrier discharge (DBD) plasma.

OH Radical Intensity of Dielectric Barrier Discharge (DBD) Plasma Measured by Optical Emission Spectroscopy (OES)

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10.16265/J.CNKI.ISSN1003-3033.2020.04.001

Relative intensity of key radical emission spectra is basically consistent with corresponding changes of explosion pressure parameters.

Influence of multi-component combustible gases on explosion characteristics and free radical emission spectrum of CH4

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10.1016/j.talanta.2021.122712

The fluorine content in rocks was sensitively and accurately determined by SrF radical emission signal.

Determination of fluorine content in rocks using laser-induced breakdown spectroscopy assisted with radical synthesis.

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10.1016/J.AST.2021.106512

In addition to operation performance, radical emissions for different fuel nozzle parameters were also investigated.

Effect of fuel injection parameters on performance characteristics and emissions of a thermoacoustic system

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10.13009/EUCASS2019-839

The hyperfine structure of the OH radical emission spectrum was used to derive hydrogen flame temperatures in a research rocket combustor.

The Hyperfine Structure of the OH* Emission Spectrum andits Benefits for Combustion Analysis

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10.1007/s40725-019-00097-0

Long-term emission reduction targets, in combination with extended compliance periods and trustful firm-regulator relationships, contributed to radical technological innovation and permitted radical emission reductions without excessive compliance costs.

Environmental Regulation in the Pulp and Paper Industry: Impacts and Challenges

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10.6108/kspe.2019.23.1.001

As a result, the OH radical emission intensity of the diffusion flame visualized through chemiluminescence was observed to increase as the propellant mass flow and the momentum flux ratio increased.

Effects of Swirl/Shear-coaxial Injector on the Dynamic Behavior of Gaseous Methane-Gaseous Oxygen Diffusion Flame

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10.1134/s106377291910007x

Cool, dense fragments of infrared dense clouds (IRDCs)—rare star-forming regions with OH radical emission in the 1720-MHz satellite line, extended green objects (EGOs)— diffuse bipolar outflows discovered by the Spitzer mission at short IR wavelengths, and gas-dust condensations hosting class I and II methanol masers (class I MM and class II MM) are considered.

Analysis of Some Parameters and of Possible Types of Shocks in a New Sample of Spitzer/GLIMPSE/EGO Regions of Formation of Massive Stars

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10.1016/j.talanta.2019.01.102

Radical emission is a feasible alternative to atom/ion emission when detecting chlorine concentration.

Determination of chlorine with radical emission using laser-induced breakdown spectroscopy coupled with partial least square regression.

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Radical Emission - Transition to a low-emission society requires radical emissions reductions in the electricity generation sector. [1] Developing radical emission at ambient conditions is a challenging task since radical species are unstable in air. [2] This study aims to identify the intensity of the OH radical emission spectrum of dielectric barrier discharge (DBD) plasma. [3] Relative intensity of key radical emission spectra is basically consistent with corresponding changes of explosion pressure parameters. [4] The fluorine content in rocks was sensitively and accurately determined by SrF radical emission signal. [5] In addition to operation performance, radical emissions for different fuel nozzle parameters were also investigated. [6] The hyperfine structure of the OH radical emission spectrum was used to derive hydrogen flame temperatures in a research rocket combustor. [7] Long-term emission reduction targets, in combination with extended compliance periods and trustful firm-regulator relationships, contributed to radical technological innovation and permitted radical emission reductions without excessive compliance costs. [8] As a result, the OH radical emission intensity of the diffusion flame visualized through chemiluminescence was observed to increase as the propellant mass flow and the momentum flux ratio increased. [9] Cool, dense fragments of infrared dense clouds (IRDCs)—rare star-forming regions with OH radical emission in the 1720-MHz satellite line, extended green objects (EGOs)— diffuse bipolar outflows discovered by the Spitzer mission at short IR wavelengths, and gas-dust condensations hosting class I and II methanol masers (class I MM and class II MM) are considered. [10] Radical emission is a feasible alternative to atom/ion emission when detecting chlorine concentration. [11]

Oh Radical Emission

This study aims to identify the intensity of the OH radical emission spectrum of dielectric barrier discharge (DBD) plasma. [1] The hyperfine structure of the OH radical emission spectrum was used to derive hydrogen flame temperatures in a research rocket combustor. [2] As a result, the OH radical emission intensity of the diffusion flame visualized through chemiluminescence was observed to increase as the propellant mass flow and the momentum flux ratio increased. [3] Cool, dense fragments of infrared dense clouds (IRDCs)—rare star-forming regions with OH radical emission in the 1720-MHz satellite line, extended green objects (EGOs)— diffuse bipolar outflows discovered by the Spitzer mission at short IR wavelengths, and gas-dust condensations hosting class I and II methanol masers (class I MM and class II MM) are considered. [4]

radical emission spectrum

This study aims to identify the intensity of the OH radical emission spectrum of dielectric barrier discharge (DBD) plasma. [1] The hyperfine structure of the OH radical emission spectrum was used to derive hydrogen flame temperatures in a research rocket combustor. [2]