Titlebook: Servo Scanning 3D Micro Electro Discharge Machining; Principles and Metho Hao Tong,Yong Li Book 2023 The Editor(s) (if applicable) and The

嫌恶

Mingle

Hao Tong,Yong Li.- Kinetic properties of metals and amorphous media.- Monte-Carlo analysis in kinetic theory.- Kinetic study of shock waves..This third revised edition features978-1-4419-3052-1978-0-387-21775-8Series ISSN 0938-037X

gain631

PALL

Hao Tong,Yong Liedge the fact that much of the inspiration without which this book would not have been possible, originated from what I learned from several outstanding teacher978-94-010-5602-1978-94-011-3612-9Series ISSN 0168-1222 Series E-ISSN 2365-6425

河潭

he readers understand the concepts, theories, and methods easily and provide practical operation guidance for engineering applications in industrial machining processes and machine tools.978-981-19-3126-0978-981-19-3124-6

节约

Design and Test of Pulsed Power Supply,ontrollable pulsewidth and peak voltage. The key novelty lies in a cascaded circuit with two triodes working in the state of ultra-fast avalanche conduction, where pF capacitors are applied to adjusting the pulsewidth and pulsed energy precisely. Performance tests verified that a single pulse of 5 n

Affectation

Albinism

Precision Fabrication and Measurement of Micro Tool Electrode,rection of wire-guide arc. Furthermore, a hybrid fabrication process is presented by combining the TF-WEDG method and a reverse-copying method of self-drilled holes for complementary advantages of high accuracy and high efficiency. In addition, an on-machine fabrication method of flat-shaped tool el

雪上轻舟飞过

Vibration-Assisted SS-3D Micro EDM,ical 3D micro cavities are machined successfully by using the process of vibration-assisted SS-3D micro EDM. The occurring frequency of favorable discharge gap increases obviously during the machining process assisted with high-frequency vibration, so that the machining stability and the effective d

LOPE

Algorithms to Reduce Depth Errors,d algorithms. Typical 3D micro cavities <800 μm can be automatically machined. The machining accuracy of micro surfaces and edges is obviously improved. The depth errors can be controlled within 2 μm, and the material removal rate (MRR) reaches 2.0 × 10. μm./s with a tool electrode of .80 μm and its