Review of Scientific Instruments

Saarinen, TR Woodward, WS, Computer-Controlled Pulsed Magnetic Field Gradient NMR System for Electrophoretic Mobility Measurements, Reviews of Scientific Instruments 59, 761, 1988. 

Pyridine adsorbed on silica gel as a function of temperature (°C). P = 1.86 x 10 2bar. (Reprinted with permission from Review of Scientific Instruments, 46 (1335), 1975. Copyright by the American Institute of Physics.)... 

Fiorini, C. and Longoni, A. (1998). Application of a new noncryogenic X-ray detector in portable instruments for archaeometric analyses. Review of Scientific Instruments 69 1523-1528. 

Nye, J. O. and R. S. Brodkey (1967a). Light probe for measurement of turbulent concentration fluctuations. Review of Scientific Instrumentation 38, 26-28. 

Ernest Merritt, "Early Days of the Physical Society," The Review of Scientific Instruments 5 [new series] (1934) 143148.1 am grateful to JoAnn Palmeri for this quotation. 

M. Tabrizchi, T. Khayamian and N. Taj, Design and optimization of a corona discharge ionization source for ion mobility spectrometry. Review of Scientific Instruments 7 (2000) 2321—2328. 

Yang, B.X., Rivers, M., Schildkamp, W., Eng, P.J. 1995. GeoCARS microfocussing Kirkpatrick-Baez mirror bender development. Review of Scientific Instruments, 66, 2278. 

Lucas, H.F. (1957) Improved low-level alpha-scintillation counts for radon. Review of Scientific Instruments, 28, 680-3. 

Schery, S.D., Gaeddert, D.H. Wilkening, M.H. (1980) Two-filter monitor for atmospheric 222Rn. Review of Scientific Instruments 51, 338-43. 

Qu JY, Shao L. Near-infrared Raman instrument for rapid and quantitative measurements of clinically important analytes. Review of Scientific Instruments 2001, 72, 2717-2723. 

Figure 1.8 Example of the spectral flux Ny of the undulator/wiggler radiation measured at the X-Al beam line at NSLS (National Synchrotron Light Source, Brookhaven National Laboratory, LISA) with the undulator parameters K = 1.50, X = 8 cm, N = 35, for a 500 mA beam current, with a 0.1% bandpass and a solid angle of 1 mrad2. The values are corrected for the beamline/monochromator efficiency and the photodiode detector response the dip at 4.4 nm is an artifact due to carbon contamination of the optical elements. From [BRA89], (Reproduced with permission from Review of Scientific Instruments.)...

Bennett, R.G. (1960). Instrument to measure fluorescence lifetimes in the millimicrosecond region. Review of Scientific Instruments, 31, 1275-1279. 

James, D.R., Siemiarczuk, A. and Ware, W.R. (1992). Stroboscopic optical boxcar technique for the determination of fluorescence lifetimes. Review of Scientific Instruments, 63,1710-1716. 

Puppels GJ, Huizinga A, Krabbe HW, Deboer HA, Gijsbers G, Demul FFM (1990) Review of Scientific Instruments 61 3709... 

Schubert, R., and Tracy, J. C., Simple, Inexpensive SIMS Apparatus, Review of Scientific Instruments, 44 487 (1973). 

See for example the Journals Review of Scientific Instruments and Measurement Science and... 

Chemical Reviews Chemical Society Reviews Reviews of Scientific Instruments... 

The Characterization of Supersonic Metal Vapor Expansions" to be submitted to Review of Scientific Instruments. 

G. M. B. Parkes et al.. Development of a new instrument for performing microwave thermal analysis. Review of Scientific Instruments, 71, 168-175 (2000). 

L. A. Rosenthal, Thermal Response of Bridgewires Used in Electroexplosive Devices , Review of Scientific Instruments 32, 1033 (1962). 

Fig. 5-13, Stirrer for use in evacuated systems. (Courtesy of R. G. Nester and the Review of Scientific Instruments.)...

R. de L. Kronig, "On the Theory of Dispersion of X-Rays/ Journal of the Optical Society of America and Review of Scientific Instruments, 12 (1926) 547-557. 

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