Microbeam - Globe Thesis

Keyword [Microbeam] Result: 1 - 20 \| Page: 1 of 2
1.	Study Into The Technology Of NC Plasma Arc Cutting At High Speed And Accuracy
2.	Research For The Fundamental Parameters Method Quantitation Of The Microbeam And Microdomains X-ray Probe Analyzer
3.	Ultra Thin Wall Bellows Microbeam Plasma Welding Technology Research System Of GH4169Was Investigated
4.	Study On The Microbeam Plasma Arc Welding Power Source Study Of Chopper Control
5.	Study On Preparation And Properties Of Fe65 Powder Plasma Cladding Layer Modified By Multicomponent Alloy
6.	Study Of The Solid-Liquid Interface Using Ion Beam Analysis
7.	Tans-scale Prediction For Elastic Property Of DNA Film And Its Influence On Detection Signals Of Microbeam
8.	Microbeam Plasma Arc Welding Gun Structure Design
9.	Study On Metal Additive Manufacturing Method By Selective Melting Using Microbeam Arc
10.	Development And Experimental Research Of Micro-Nano Dual-Mode Detection And Processing Module
11.	Development of a carbon nanotube field emission based microbeam cellular irradiator
12.	The development and characterization of a first generation carbon nanotube x-ray based microbeam radiation therapy system
13.	Analysis of friction stir welded 6061 aluminum using an X-ray microbeam Laue technique
14.	Measurement of the mechanical properties of copper thin films by microbeam bending
15.	Microbeam elastic recoil detection of hydrogen and deuterium with applications in transition metals
16.	ANALYSIS OF ULTRAVIOLET MICROBEAM IRRADIATIONS OF SINGLE CHROMOSOMAL SPINDLE FIBRES IN CRANE FLY SPERMATOCYTES
17.	Study On Original Position Statistical Sistribution Nondestructive Characterization Method Of Composition And Inclusions In Alloy Components And Its Application
18.	Microstructure And Properties Of High-entropy Alloy Cladding Layer Remanufactured By Micro-beam Plasma Additives
19.	Research On Single Crystal Graphene-based Electronically Controlled Liquid-Crystal Converging Lightwave Microlens Array
20.	Analysis Model Of Laminated Micro-beam/plate Structure For Improving The Prediction Accuracy Of Interlaminar Stress
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