1. Copernicium – Electrical Resistivity and Electrical Conductivity

2. Fusion-cast refractory with high electrical resistivity

3. Dual photo-acoustic and resistivity measurement system

4. The Azimuthal Resistivity Imager (ARI) was a laterolog tool that made deep measurements and Azimuthal resistivity images around the borehole

5. Electrical resistivity of Copernicium is — nΩ·m

6. The resistivity is then constant and Ohm's law is obeyed.

7. In particular, the high resistivity silicon structure comprises a large diameter CZ silicon wafer as the substrate thereof, wherein the resistivity of the substrate wafer is decoupled from the concentration of acceptor atoms (e.g., boron) therein, the resistivity of the substrate being substantially greater than the resistivity as calculated based on the concentration of said acceptor atoms therein.

8. Conductive materials have a surface resistivity less than 1 x 10 5 Ω/sq or a volume resistivity less than 1 x 10 4 Ω-cm

9. An electrical resistivity of 2 × 10– 4 ohm cm or more.

10. b. An electrical resistivity of 2 × 10-4 ohm cm or more.

11. Two-dimensional resistivity imaging mapped the transition between the alluvium and karst.

12. An electrical resistivity of 2 x 10-4 ohm cm or more.

13. The composition, binding power, electrical resistivity and corrosion resistance of plating were analysed.

14. The resultant polyacetylene was characterized by IR, electrical resistivity measurement and elemental analysis.

15. Electrical resistivity is used widely as a measure of brine saturation in rocks.

16. The resistivity of Conductive adhesives filled with silver content is given in Table 9.2

17. This paper mainly studies the compression - sensitivity of CFRC and the stability of electrical resistivity.

18. Moreover, the electrical resistivity decreases while the carrier concentration increases with increasing the sulfidation temperature.

19. So this algorithm has great potential applications in the high density electrical resistivity tomography prospecting.

20. 3 Low Resistance Measurement Applications: Contact resistance, superconductor resistance measurements and resistivity measurements of conductive materials.

21. The new volumetric scanning microwave microscope (VSMM) can measure permittivity, conductivity, resistivity with nano-scale resolution.

22. It is good for of crystallization latent heat and of the radical resistivity in the crystal.

23. The inductance of the component can be adjusted by modifying the resistivity of the link.

24. 14 Low resistance measurement applications include contact resistance, superconductor resistance, and resistivity measurements of conductors.

25. Measurements of the electrical resistivity of sintered-silver submicrometre powders by an acoustic method are reported.

26. The electron transport process and current - voltageand the molds to calculate the electrical resistivity were discussed.

27. The actual formation porosity may be obtained using the estimated water resistivity and water dielectric constant.

28. For Azimuthally symmetric devices such as resistivity logs, the term radius of investigation is more appropriate

29. Archaeological features whose electrical resistivity contrasts with that of surrounding soils can be detected and mapped

30. The ingot is divided into bricks and the resistivity profile of each silicon brick is mapped.

31. The behavior of the electrical resistivity can be explained using the formula for liquid alloys due toFaber andZiman.

32. The coating on the belt is electrically conductive and has a resistivity of less than 400 ohm-cm.

33. Seebeck coefficient, d.c. resistivity, activation energy, drift mobilityΜ and time constant measurements are presented for all samples.

34. Electrical resistivity measurements of carbon fiber reinforced cement - based ( CFRC ) are conducted using the four - probe method.

35. Borehole geophysical tools described in this section are as follows: fluid temperature, fluid resistivity, mechanical caliper, optical and acoustic televiewers, natural gamma, Borehole flow meters (heat-pulse flow meter and the flow impeller), and advanced Borehole logging (electric resistivity, NMR, and Borehole video).

36. Distinguishing primary factors from environmental influential factors affecting logging - while - drilling resistivity is a perquisite to environmental correction.

37. Fiber optic sensors are utilized to determine formation properties including resistivity and acoustic properties compensated for temperature effects.

38. Calculating large numbers of models, we found that the resistivity of water is the primary factor to subaqueous IP sounding.

39. For the last 20 years, many resistivity surveys have been carried out for locating water wells in alluvial aquifers.

40. The effects of annealing on the electrical resistivity, anisotropic magnetoresistivity and hysteresis loop were studied on sputtered permalloy thin films.

41. Some Archaeological features (such as those composed of stone or brick) have higher resistivity than typical soils, while others (such as …

42. The Hall coefficient and the electrical resistivity of liquid alloys has been measured with an ac current — ac magnetic field method.

43. 7 Practice shows that the successfulness rate of resistivity method in water exploration of this desert area is higher than 70%.

44. In this study, the subsurface resistivity distribution was mapped and compared with the data obtained from boreholes and aerial photographs.

45. High precision instruments of measuring electrical resistivity and magnetoresistivity are needed to study the inner structure and resistance characteristic of nanocrystalline materials.

46. We also have equipment and multi-purpose electronic resistivity automatic cryoscope and so on muffle furnace, electricity heat drum wind drying oven.

47. More detailed studies can involve aerial surveys (thermographic photographs taken vertically, oblique photographs in favourable climatic conditions) and electrical (resistivity) or magnetic surveys.

48. The new company sold electrical-measurement mapping services, and recorded the first-ever electrical resistivity well log in Merkwiller-Pechelbronn, France in 1927.

49. For low temperature resistivity measurements of semiconductor wafers an ac-method has been developed that uses cylindrical electrodes of 2 mm diameter as capacitive contacts.

50. Surface resistivity is defined as the electrical resistance of the surface of a material and is expressed in ohms (usually referred to as ohms per square).

51. 5 The partial derivatives of the electromagnetic responses with respect to resistivity and dielectric parameter are calculated by using Green function based on reciprocity principle.

52. This paper introduces some magnetic parameters of magnetic material, such as magnetic hysteresis loop-line, electrical resistivity and magnetoresistivity, and the methods to measure them.

53. At 10−8 A A.C. (1 kHz) the voltage drop across the KCl-calibrated electrode, inserted into muscle fibers, gives some indication of the cytoplasmic resistivity r.

54. The electric field, equations of boundary conditions and calculation formula of apparent resistivity are derived for azimuthal anisotropy layered media with DC method based on anisotropic Ohm's law.

55. The approach was (i) to measure whole-body and forearm fat-free mass using dual X-ray absorptiometry (DXA); (ii) to use these measurements to estimate the fat-free mass (FFM) resistivity in both the forearm and in the whole body; and (iii) to use the ratio of these FFM resistivities to estimate the resistivity in the ICW and ECW compartments of the forearm.

56. For preparing large area CIO films with low resistivity and high transmissivity, we studied the effect of oxygen density and substrate temperature on optical and electrical properties, respectively.

57. Electrical resistivity soundings with small, a.c. equipment (“Earth Testers”) are reliable and interpretable to depths varying from approximately 30 metres in conductive soils to about 100 metres in resistant ground.

58. The Hall-coefficient and the electrical resistivity of liquid transition metals and their alloys with mono- and polyvalent simple metals have been measured with a sensitiveac current-ac magnetic field method.

59. Snow-melting paint having resistivity in a dry state of 10-3 to 10-1 Ω∙cm and containing a resin, a nickel powder, and an amino acid and/or cellulose.

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63. Testing of liquids, gases, objects and their surfaces and coatings using chemical and physical test methods, in particular using titrators, atomic absorption spectrometers, photometers, resistivity meters, pH meters, viscosity meters, layer thickness-measuring apparatus, microscopes, apparatus for measuring surface roughness and microhardness meters

64. The ionic Conductors have higher resistivity than many electronic Conductors; however, when high stretchability and transmittance are required, the ionic Conductors have lower sheet resistance than existing electronic Conductors, such as silver nanowires (AgNWs), single-wall carbon nanotubes (SWNTs), graphene, and indium tin oxide (ITO).

65. Since the spin texture would forbid Backscatterings that are directly involved in the resistivity, our data suggest that the spin-orbit coupling and the related spin and orbital angular momentum textures may play an important role in the anomalously large magnetoresistance of ${\mathrm{WTe}}_{2}$.

66. Common test methods for insulating and sheathing materials of electric cables - Part 5: Methods specific to filling compounds - Section 1: Drop-point - Separation of oil - Lower temperature brittleness - Total acid number - Absence of corrosive components - Permittivity at 23 °C - D.c. resistivity at 23 °C and 100 °C

67. Aeromagnetic map (Katsina-Ala sheet 272 S.E.) and the electrical resistivity sounding data obtained along eight traverses, from two sites, across the Katsina-Ala river were examined with the principal aim of defining depths to the bedrock, bedrock relief, geologic structures and the nature of the superficial deposit.

68. T&D distribute a range of Bentonite that is a moisture retaining clay used as an earth electrode back-fill to help lower soil resistivity – the conductive Bentonite clay is a sodium activated montmorillonite which when mixed with water swells to several times its original volume mass when in a dry condition.

69. Evaluating the evolution of a landscape’s vegetation over time, using archival resources such as plans and aerial photographs or, in their absence, archaeological analysis or minimally destructive techniques (e.g., resistivity testing to determine tree age) to understand the historic vegetation; and understanding any cultural values embedded in vegetation, such as the oak as a symbol of fortitude.

70. The cognoscible is Correlative, not with actual cognition but with potential Cognition, or with a potential Cognoscens.: The exact Correlative terms are resistance and conductance, resistivity and conductivity.: The word gentleman has not any Correlative abstract to express the quality.: The Correlative of not, when it stands in the first member of a sentence, is nor or neither.

71. An electrically conductive ceramic sintered compact exhibiting a low thermal expansion, characterized in that it comprises 75 vol % to 99 vol % of $g(b)-eucryptite phase, and has an absolute value of a thermal expansion coefficient at a temperature up to 50 ° of 1.0 X 10?-7¿ / K or less, a volume specific resistivity of 1.0 X 10?

72. An operational amplifier with a high input resistance and a high bandwidth particularly suitable for capacitive loads and which above all keeps its operating point within narrow limits independently of technological fluctuations uses bipolar cascodes (Q6, Q16, Q7, Q17) as output branches which are driven with high resistivity through PMOS cascode transistors (M6, M7) directly by the differential amplifier transistor pair (M4, M5).

73. The composition for forming conductive electrodes according to the present invention has superior adhesion strength of the bond between the coating and a substrate, obtains excellent electrical resistivity characteristics in a low-temperature region of 300°C or lower, exhibits remarkably superior weldability to a solder ribbon when applied to solar cells, has excellent printing characteristics to achieve an electrode pattern with a high resolution, and has excellent rheological properties to obtain a high aspect ratio.