# SEARCH

** Absolute Measurement with an Integrating Sphere **

** Alcohol in blood measurement with dichromate **

** Atmospheric measurements with LIDAR **

** Auger electrons measured in coincidence with the photoelectron **

** Blood-alcohol measurement with **

** Blood-alcohol measurement with dichromate **

** Calculations with AT and CT measured **

** Calculations with AT and(CO2) measured **

** Calculations with pH and AT measured **

** Calculations with pH and(CO2) measured **

** Calculations with two measured CO2 parameters **

** Catalytic activity measured with RDE **

** Chemical inhomogeneities, measurements with **

** Complexes, measurement with electrodes **

** Complexes, measurement with electrodes copper **

** Contact angle measured glass plates covered with **

** Control with limited measurements **

** Create an Optimization Culture with Measurable Results **

** Crosslink behavior measurement with **

** Cytosolic simultaneous measurement with **

** Diaphragm cell measurements with **

** Diffusion measurements with PEP **

** Direct on-column measurement, SPE with **

** Dispersion, measurement with hydrogen **

** Dropping-mercury electrode measurements with **

** Electrocatalysts measured with RDE **

** Electronegativity A measure of the combined with another atom **

** Experience with Time-Dependent Measurements **

** FR measurements of processes with very **

** Field measurements with infrared surface **

** Fluorescence interference with absorbance measurement **

** Fluorescence measurements with **

** Force Measurements with the AFM **

** Glass electrode pH measurements with **

** Glass transition temperature measurement with modulated **

** Graduated cylinder, measuring volume with **

** H Measurement with a Glass Electrode **

** Half-cell potential measuring with SHE **

** Heat capacity measurement with modulated temperature DSC **

** Heat capacity measurement with traditional DSC **

** Hydrocarbon modelling with measurement **

** Hydrogen with current measurements **

** Hyphenation with unit of measure **

** In-tank measurement with instrumentation **

** Infrared Linear Dichroism Measured with a Monochromator **

** Instron Universal Testing machine tensile strength measurement with **

** Intensity measurements with image plate devices **

** Inverse models/modeling comparison with measurements **

** Ion concentration measurements with **

** Ion concentration measurements with transistors **

** Ion-selective electrodes measurements with **

** Ion-selective electrodes potentiometric measurement with **

** Jacquinot’s advantage, measured with **

** Lattice-parameter measurements with diffractometer **

** Lifetime Measurement with Lasers **

** Liquid ion exchangers measurements with **

** Luminescence.measurements, with **

** Measurement for solutes with low **

** Measurement for solutes with low diffusivities **

** Measurement of pH with glass electrode - membrane potential **

** Measurement uncertainty associated with **

** Measurement using Ellman modification with **

** Measurement with Amperometric Sensors **

** Measurement with Potentiometric Sensors **

** Measurement with a White Power Spectrum **

** Measurement with dropping electrode **

** Measurement with oxygen electrodes **

** Measurement with polyclonal antibodies **

** Measuring Techniques with Ion-Selective Electrodes **

** Measuring systems, with AC bridges **

** Mechanical Measurements Combined with Other Physical Properties **

** Membranes measurements with 6-carboxyfluorescein **

** Model measurements with Newtonian fluids **

** Model with Measured Values of DOC **

** Modification depth measurement with **

** Multiplication with compound units of measure **

** Myoglobin measurement with enzyme **

** NMR measurements with external reference **

** Neutron Energy Measurement with a Crystal Spectrometer **

** Numbers unit of measure spacing with **

** Oscillatory measurements with large amplitudes **

** Other Sample Modulation Measurements with Step-Scan Interferometers **

** Particle size measurement with sieves **

** Period when to use with units of measure **

** Period—continued with units of measure **

** Phase principles for measurement with one **

** Pilot project measuring improvement with **

** Potential measurement electrodes with flowing current **

** Potential-Dependent Measurements with Organic Electrolytes **

** Precision How closely repeated measurements of the same quantity agree with one **

** Problems Associated With the Measurement of Electrode Properties **

** Problems with measurement techniques **

** Problems with measurement techniques faces **

** Problems with reliable measurement **

** Quantum yield absolute measurement with integrating **

** Radiation levelness measurement with **

** Reaction with atomic nitrogen measurement of 6 and 7 emission **

** Real Difficulties with Measurements **

** Redox potential Eh measurement with electrodes **

** Reflectance spectroscopic measurement with **

** Responsivity measurement with wide spectral **

** Rotameters, flow measurement with **

** Rotating disk electrode measured with **

** Ruminants digestibility measurements with **

** Secondary ion mass spectrometry isotopic measurements with **

** Silicones protective measures with **

** Single spectroscopic measurements with **

** Spacing with compound units of measure **

** Spectroscopy, measuring reaction rates with **

** Steric exclusion forces, measurement with **

** Surface excesses, measurement with **

** Surface measurements with a cylindrical rod **

** T Measurements with a Polarized Electrode **

** Temperature measurement, with operational **

** Tensile strength measurement with the **

** Tensile strength measurement with the Instron Universal Testing **

** Tensile strength measurement with the machine **

** Textural Measurements with Special Fixtures **

** Thickness measured with ellipsometry **

** Traditional DSC, measurement of heat capacity with **

** Two-dimensional measurements with **

** Typical Impact-Face Pressure Histories Measured with Quartz Gauges **

** U/Pb isotope ratio measurements, to date zircon using laser coupled with MC-ICP **

** Units of measure large numbers with **

** Vacuum measurement with mercury **

** Vacuum microbalance adsorption isotherms measured with **