Add to ORKGInstrument, consisting of isolator, differentiator, absolute value circuit, and integrator, uses output signal from surface texture analyzer profile-amplifier to calculate surface roughness slope. Calculations provide accurate, instantaneous value of the slope. Instrument is inexpensive and applicable to any commerical surface texture analyzer
Abstract. A new method is presented for the measurement df surface roughness in the range R. ~ 0·05-...
Surface topography and light scattering were measured on 15 samples ranging from those having smooth...
Abstract—This paper presents studies on thermal contact conductance at light contact loads. Surface ...
A thermal contact conductance equation was developed which considers both the effect of surface roug...
Contact area between two wavy rough surfaces and experimental determination of contact conductanc
Jn an interferometer which uses a reference surface, the measured surface heights correspond to the ...
Characterizing surface roughness is important for predicting optical performance. Better measurement...
The Optics Division is currently in the research phase of producing grazing-incidence mirrors to be ...
Analytical method for calculating thermal conductance of rough flat surfaces in high vacuu
Most surface properties used in calculating contact conductance are not intrinsic to the surface, bu...
Article describes experiences with contact measurement of surface roughness by two instruments, labo...
Rough surfaces have been used for many different purposes. One of the best known applications of the...
In almost all manufacturing processes, surface roughness plays an important role for the assessment ...
In almost all manufacturing processes, surface roughness plays an important role for the assessment ...
International standars prescribe procedures for the computation of roughness parameters assuming the...
Abstract. A new method is presented for the measurement df surface roughness in the range R. ~ 0·05-...
Surface topography and light scattering were measured on 15 samples ranging from those having smooth...
Abstract—This paper presents studies on thermal contact conductance at light contact loads. Surface ...
A thermal contact conductance equation was developed which considers both the effect of surface roug...
Contact area between two wavy rough surfaces and experimental determination of contact conductanc
Jn an interferometer which uses a reference surface, the measured surface heights correspond to the ...
Characterizing surface roughness is important for predicting optical performance. Better measurement...
The Optics Division is currently in the research phase of producing grazing-incidence mirrors to be ...
Analytical method for calculating thermal conductance of rough flat surfaces in high vacuu
Most surface properties used in calculating contact conductance are not intrinsic to the surface, bu...
Article describes experiences with contact measurement of surface roughness by two instruments, labo...
Rough surfaces have been used for many different purposes. One of the best known applications of the...
In almost all manufacturing processes, surface roughness plays an important role for the assessment ...
In almost all manufacturing processes, surface roughness plays an important role for the assessment ...
International standars prescribe procedures for the computation of roughness parameters assuming the...
Abstract. A new method is presented for the measurement df surface roughness in the range R. ~ 0·05-...
Surface topography and light scattering were measured on 15 samples ranging from those having smooth...
Abstract—This paper presents studies on thermal contact conductance at light contact loads. Surface ...