calorimetric in English
adjective
pertaining to the measuring of heat
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1. What does Calorimetric mean? Information and translations of Calorimetric in the most comprehensive dictionary definitions resource on the web.
2. The many indirect Calorimetric instruments …
3. Definition of Calorimetric in the Definitions.net dictionary
4. Calorimetric data have been used to derive a quant
5. ‘Scanning Calorimetric experiments show that proteins do have a heat capacity.’ ‘The interaction again resulted in a significant heat release and a Calorimetric titration curve could again be constructed.’ ‘Protein solutions for the Calorimetric experiments were …
6. Calorimetric assay has been routinely used at
7. The SA volumetric flow sensor operates using the Calorimetric measuring principle
8. Calorimetric meaning Of, or relating to calorimetry, or measured by a calorimeter.
9. Adsorption–desorption isotherms and isothermal calorimetric heats of adsorption were measured.
10. Calorimetric Accurate measurement in air conditioning, dust collection, ventilation, energy consumption, potable/non-potable water, acid, oil, gas and other applications can be accomplished by CalFlo Calorimetric flow meters
11. From Calorimetric measurements, the energy transferred during each phase of the process can be determined
12. Calorimetric data, as well as use these data in equilibrium modeling applicable to real environmental systems
13. POWER Calorimetric UNCERTAINTY FOR THE 1.4-PERCENT UPRATING OF INDIAN POINT UNIT 3 I
14. A brief overview of Calorimetric reactions: A calorimeter contains water or other substances with known heat capacity
15. Recently we have developed a Calorimetric method to measure the internal pressure of these cells
16. Calorimetric methods are becoming important analytical tools in several areas of biochemical and biological research.
17. The 6772 Calorimetric Thermometer High precision temperature measuring system is designed for use with 1341, 6725 and 6755 Model Calorimeters
18. The calibration of the Calorimetric detectors is a key parameter and has to be performed very carefully
19. The Calorimetric gas sensor has evolved from a simple metal hot wire to a modern device fabricated using micromachining techniques
20. Calorimetric Determination of Thermodynamic Stability of MAX and MXene Phases (Sharma, G., Naguib, M., Feng, D., Gogotsi, Y
21. The KAL-A uses the Calorimetric principle to continuously monitor the flow of low viscosity water-based media
22. INTRODUCTION The purpose of this analysis is to determine the uncertainty in the daily power Calorimetric for the 1.4% uprating
23. This paper describes an apparatus and method for monitoring the lyophilization of a formulation by using Calorimetric measurements
24. Calorimetric methods, in particular, use a medium to remove the heat produced by the device under test (DUT)
25. Calorimetric and thermal analysis set-up applied to study the martensitic transformations in shape-memory alloys is described.
26. 25 A set of conduction type high temperature calorimetric system for measurement of heat sink of endothermic fuels has been developed.
27. The interpretation of a calorimetric curve of an adiabatic scan. ning microcalorimeter over a pretransition range of temperatures is given as an example
28. Calorimetric methods which allow the direct thermal mea-surement of losses occurring in power electronic systems are described e.g
29. Calorimetry In a calorimetric experiment, the heat lost or gained in the reaction is related to the temperature change of the calorimeter.
30. The 6772 Calorimetric Thermometer will perform a number of special functions designed specifically for the 1341, 6725 and 6755 calorimeters
31. Reactor power is monitored by the performance of a secondary-side heat balance (power Calorimetric) at least once every 24 hours.
32. These Calorimetric methods do not depend on measured phase angles between currents and voltages and offer a very high accuracy for power measurement
33. Calorimetric measurements make it possible to determine the regions of stability of various minerals and to elucidate the conditions for their simultaneous presence in rocks
34. Calorimetric testing of a material is a measuring technique which assesses the thermal characteristics of materials through the observation of phenomena such as glass transition or phase-change
35. Low-temperature Calorimetric data are being widely used in studies of mechanical, magnetic, and electrical effects in solids and liquids at low temperatures as well as in
36. Calorimetric sensors are based on measurement of the heat produced by the molecular recognition reaction and the amount of heat produced is correlated to the reactant concentration.
37. Calorimetric flow switches, which are often also referred to as thermal flow monitors, use the physical laws of heat transport in flows. A distinction is basically made between two technical solutions: continuous and regulated heating
38. Calorimetric studies of the Basicities of organometallic compounds A Dissertation Submitted to the Graduate Faculty in Partial Fulfillment of the Requirements for the Degree of DOCTOR OF PHILOSOPHY Department: Chemistry Major Inorganic Chemistry by John R
39. Calorimetric assay is the determination of the mass of radioactive material through the combined measurement of its thermal power by calorimetry and its isotopic composition by gamma-ray spectroscopy or mass spectroscopy
40. The ability of the positively charged protein, adsorbed onto vesicles surfaces, to induce the formation of micro-domains richer in the charged lipid component has been investigated by calorimetric measurements, using a DSC instrument.
41. Calorimetric lateral flow immunoassay detection platform based on the photothermal effect of gold nanocages with high sensitivity, specificity, and accuracy GNC-labeled CLFA may be a promising detection platform with high sensitivity, specificity, and precision.
42. To have any meaning, the quantity that is actually measured in a Calorimetric experiment, the change in the temperature of the device, must be related to the heat evolved or consumed in a chemical reaction.
43. The donor numbers have been determined by calorimetric measurements for the following solvents: acetyl chloride, nitromethane, nitrobenzene, acetic anhydride, benzonitrile, sulfolane, benzylcyanide, ethylene sulfite,i-butyronitrile, propionitrile, ethylene carbonate,n-butyronitrile, tetrahydrofuran, tributyl phosphate, N,N-diethylformamide, N,N-diethylacetamide and hexamethylphosphoramide.
44. During the Calorimetric test we can determine the total volumetric losses, which are made of losses because of dead volume, losses because of gas heating, blow-by losses and volumetric losses because of pressure drop on suction side [DELTA][p.sub.s].
45. Based on the physical laws of thermal conduction and transfer, the Calorimetric measuring principle applies specifically to the transfer of liquids and gases. Under this principle, two sensors monitor the transformation of heat to determine the flow rate of media within a pipeline.
46. Calorimetric techniques are a type of techniques that apply a temperature change to the samples to study physical phenomena, such as the crystalline transition, fusion, vaporization, sublimation, absorption, adsorption, and desorption and chemical phenomena, such as chemisorptions, desolvation, decomposition, oxidative degradation, solid-state, and solid-gas reactions [34].
47. Calorimetry describes a set of techniques employed to measure enthalpy changes in chemical processes using devices called calorimeters. To have any meaning, the quantity that is actually measured in a calorimetric experiment, the change in the temperature of the device, must be related to the heat evolved or consumed in a chemical reaction.