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.

公式サイト

Impact Factor

1.6

Citescore

3.1

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

AI解説分析論文一覧

Review of Scientific Instruments

最新論文

Review of Scientific Instruments

最新論文

High‐power, twin‐frequency FIR lasers for plasma diagnostic applications

Resolving the propagation direction of tokamak microturbulence via homodyne spectroscopy

Electron cyclotron measurements with the fast‐scanning heterodyne radiometer on the tokamak fusion test reactor

Grating spectrometer installation for electron cyclotron emission measurements on the DIII‐D tokamak using circular waveguide and synchronous detection

Determination of the two‐dimensional density distribution in a tokamak plasma using phase‐imaging interferometry (invited)

Current distribution measurement in a tokamak by FIR polarimetry (invited)

Development of a plasma‐fluctuation diagnostic software tool

Data structure for the description of tokamak diagnostics

Physics analysis database for the DIII‐D tokamak

Magnetic‐fusion data analysis at Los Alamos

Magnetic‐fusion data acquisition at Los Alamos

General distributed control system for fusion experiments

Data acquisition and display in space‐plasma physics (invited)

Use of positrons to study transport in tokamak plasmas (invited)

Flexible, real‐time, data‐collection and analysis system and its utilization in a basic plasma physics experiment (invited)

cw dye laser system for Li‐beam spectroscopy in a tokamak

Backward Compton scattering for probing electric fields in a plasma

High‐current, heavy atom beam system for plasma diagnostics

Zone‐plate imaging of neutrons emitted from a laser fusion target

Determining plasma‐fueling sources with an end‐loss ion spectrometer

Application of coincidence techniques to fusion product measurements

Silicon surface barrier detector for fusion neutron spectroscopy

Neutron calorimeter as a fusion diagnostic

Effect of ion speed distribution on the spectral shape of the 2.5‐MeV neutron line produced by DD fusion

Double scatter neutron time‐of‐flight spectrometer as a plasma diagnostic

Radiochemistry and secondary reactions for the diagnostics of laser‐driven fusion plasmas

Approaches to the diagnostics of alpha particles in tokamaks (invited)

Diagnostics of space plasmas (invited)

Tomographic analysis of the evolution of plasma cross sections

Diagnostic instrument for the measurement of poloidal magnetic fields in tokamaks