Review of Scientific Instruments

Review of Scientific Instruments publishes novel advancements in scientific instrumentation, apparatuses, techniques of experimental measurement, and related mathematical analysis. Its content includes publication of regular and in-depth review articles on instruments covering all areas of science including physics, chemistry, and biology.

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最新論文

The MuFusE large-volume diamond anvil cell for exploring muon-catalyzed fusion at higher pressures and temperaturesOpen Access
Absolutely calibrated scintillator stack spectrometer for high-intensity laser–plasma experimentsAvailable to Purchase
Laser-plasma source of soft x-ray and extreme ultraviolet radiation for high precision reflectometryAvailable to Purchase
Development of Korea Superconducting Tokamak Advanced Researches (KSTAR) Lyman alpha diagnostics and its synthetic data algorithmAvailable to Purchase
Photodiode based multi-modal diagnostic for low-energy neutral beam injection in the LTX-β spherical tokamakOpen Access

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Review of Scientific Instruments

最新論文

Review of Scientific Instruments

最新論文

A portable laser light‐scattering probe for turbulent diffusion studies

An x‐ray spectral measurement system for nanosecond plasmas

A rigid microwave access lens into copper‐shielded plasma physics experiments

Application of electro‐optical image intensification to liquid diffusion studies

Gated optical multichannel analyzer for ruby laser scattering from plasma

Measurement of plasma wave spectral density from the cross‐power density spectrum

Target fabrication and positioning techniques for laser fusion experiments

Improved apparatus for the NMR measurement of self‐diffusion coefficients using pulsed field gradients

A ``plasmascope'' using light emitter diodes

A digital tracer scanner for studies of longitudinal self‐diffusion in thin films

A large volume quiescent plasma in a uniform magnetic field

A Precision Current Pulse Generator for NMR Self‐Diffusion Measurements by the Pulsed Gradient Technique

Temperature Gradient Vacuum Furnace for Diffusion Studies to 2000°C

Automatic Apparatus for the Determination of Helium Diffusion in Solids

A Rotary Molecular Effusion Source for High Temperature Vaporization Studies

An Apparatus for Measuring Diffusion and Partition Coefficients of Dissolved Substances in Membranes

A Low‐Current Low‐Energy‐Spread Duoplasmatron Ion Source

Etching Fixture for Radiotracer Diffusion Studies

Lloyd Mirror Laser Interferometer for Diffusion Layer Studies

A Modified Microinterferometric Technique for Measurement of Diffusion Coefficients of Liquids

Tracer Diffusion Studies on Metals Using a Microtome

An Electrodiffusion Apparatus for Solid Semiconductors

Comments on ``Duoplasmatron Ion Beam Source for Vacuum Sputtering of Thin Films''

Capacitor Method for Measuring Lathe Section Thicknesses Applicable Primarily to Diffusion Studies

Method for Measuring the Thickness of Thin Electrolytically Removed Sections—Application to Diffusion Measurements in Metals

High Temperature Diffusion Cell for Multiple Time Isothermal Measurement of Liquid Metal Diffusivities

Apparatus for the Thermal Diffusion Separation of Stable Gaseous Isotopes

Duoplasmatron Ion Beam Source for Vacuum Sputtering of Thin Films

Apparatus for Studying Gas Diffusion, Electrical Properties, and Related Phenomena in Solids

Characteristics of a Low Energy Duoplasmatron Negative Ion Source