Add to ORKGThe influences of straightness errors and machine resonances on the surface of faced mirrors are discussed. Measurement results of the machine behaviour are compared with the surface-shapes and micro-structure of produced workpieces. A correlation between the measurement results of the machine and the analysed workpiece surfaces is presented in this paper. (IPT
Tool setting precision is a basic requirement in ultra-precision diamond machining since it directly...
The parameter that has a major control over the performance of the optical components is its surface...
xx, 226, [101] leaves : ill. ; 30 cm.PolyU Library Call No.: [THS] LG51 .H577P MFG 2000 CheungIn ult...
The influences of straightness errors and machine resonances on the surface of faced mirrors are dis...
Some material aspects such as grain size, purity and anisotropy exert an important influence on surf...
Commercially available diamond turning machines offer high levels of accuracy where the full potenti...
This paper deals with an investigation of the process factors and the material factors affecting the...
To achieve a surface roughness in nanometer range together with high shape and dimensional accuracy ...
Ultaprecision diamond turning or milling are the most precise technologies for the production of par...
Revealing forming mechanism of workpiece surface topography plays an important role in improving ult...
Optically flat components are increasing in more demand, which is hard to manufacture with high prec...
The complexity of components used in recent optical technologies is ever increasing. In many applica...
In the field of ultraprecision machining proper performance of feed drive systems is necessary. Smal...
This chapter describes and compares the characteristic machine components for precision and ultra-pr...
Ultra-precision diamond machining is widely used in the manufacture of optical micro-structured surf...
Tool setting precision is a basic requirement in ultra-precision diamond machining since it directly...
The parameter that has a major control over the performance of the optical components is its surface...
xx, 226, [101] leaves : ill. ; 30 cm.PolyU Library Call No.: [THS] LG51 .H577P MFG 2000 CheungIn ult...
The influences of straightness errors and machine resonances on the surface of faced mirrors are dis...
Some material aspects such as grain size, purity and anisotropy exert an important influence on surf...
Commercially available diamond turning machines offer high levels of accuracy where the full potenti...
This paper deals with an investigation of the process factors and the material factors affecting the...
To achieve a surface roughness in nanometer range together with high shape and dimensional accuracy ...
Ultaprecision diamond turning or milling are the most precise technologies for the production of par...
Revealing forming mechanism of workpiece surface topography plays an important role in improving ult...
Optically flat components are increasing in more demand, which is hard to manufacture with high prec...
The complexity of components used in recent optical technologies is ever increasing. In many applica...
In the field of ultraprecision machining proper performance of feed drive systems is necessary. Smal...
This chapter describes and compares the characteristic machine components for precision and ultra-pr...
Ultra-precision diamond machining is widely used in the manufacture of optical micro-structured surf...
Tool setting precision is a basic requirement in ultra-precision diamond machining since it directly...
The parameter that has a major control over the performance of the optical components is its surface...
xx, 226, [101] leaves : ill. ; 30 cm.PolyU Library Call No.: [THS] LG51 .H577P MFG 2000 CheungIn ult...