tightly focused - Globe Thesis

Keyword [tightly focused] Result: 1 - 20 \| Page: 1 of 1
1.	Study On Electron Acceleration Using High-power Laser Beams In Vacuum
2.	The Study Of Electron Acceleration By Ultra-Intense Laser With Circular Polarization
3.	Theoretical Analysis Of The Coherent Anti-Stokes Raman Scattering Signals Generated Under The Tightly Focused Condition
4.	Generation And Propagation Of The Partially Coherent Beams From Theory To Experiment,And Study Of Tightly Focused Properties Of It
5.	Optical Trapping Of Multiple Particlesand Optical Rotation Of Non-sphericalparticles In Tightly Focused Gaussian Beams
6.	Field Characteristic Of Tightly Focused Beams And Its Application In Electron Acceleration
7.	Study On The Properties Of The SPPs Standing Wave Field Excited By A Tightly Focused And Radially Polarized Vortex Beam
8.	Study On Three - Dimensional Focus Field Control And Its Photometric Characteristics
9.	Fundamental Research And Application Of A Novel Scanning Near-field Optical Microscopy
10.	Properties And Applications Of Transverse Spin Angular Momentum Of Optical Fields
11.	Theoretical Study On The Interaction Of Atomic And Tightly Focused Hybrid-order Poincar� Sphere Beams
12.	Fastcalculation And Application Of Partially Coherent Tighgly Focused Beams
13.	Research On The Characteristics Of The Fractional Vortex Vector Light Tightly Focused Focal Field And Its Induced Magnetization Field
14.	Study On The Characteristics Of The Light-induced Magnetization Field Of The Tightly Focused Vector In Uniaxial Crystals
15.	Laser based acceleration of charged particles
16.	Generation,Characterization And Application Of Tightly-Focused Vectorial Field
17.	Focusing Characteristics And Application Of Tightly Focused Vector Ultrashort Pulse Light Field
18.	Coherence Structure Measurement And Tightly Focused Characteristics Of Vector Partially Coherent Light Field
19.	Vector Tightly Focused Light Field And Its Application In Laser Micromachining
20.	Tightly Focused Light Field Regulation And Its Application In Dynamic Optical Capture
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