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1. The technique involves the use of a micro-beam of electrons which are focused on the sample surface using electrostatic lenses.

2. Laser microbeam irradiation of both nucleoli in interphase cells 30 hr before mitosis, and nucleoli in preprophase cells resulted in the formation of micronucleoli after mitosis.

3. How does Microbeam Techniques Apply to the Studies of Aerosol Particles?

4. On the basis of constructing laser microbeam system we manipulate hollow dielectric spheres in suspension with optical trap, it validates the kinetic performance of the laser trap.

5. Applying YAG double-frequency laser microbeam respectively irradiated fertilized eggs, 4-cell-stage, blastula stage embryos of Bufo bufo gargarizans.

6. Using this focusing system, the laser microbeam instrument has got the focal spot size of less than 0.

7. Laser microbeam irradiation to eggs of the silkworm, Bombyx mori, can induce androgenesis, with hatching ratio up to 29%.

8. The decrease in the ductility of the microbeam is attributed to fewer mobile dislocations in the grain.

9. Objective:YAG double-frequency laser microbeam was applied to study the effects on protein pattern of dimensional electrophoresis of tail bud embryos of Bufo bufo gargarizans.

10. The recent advances about laser microbeam in plant transformation of exogenous gene, key techniques and applications are introduced.

11. The increase in the yield strength of the thinner microbeam is attributed to the increase in the strain gradient contribution due to inhomogeneous deformation of the small dimensional material.

12. The effect of base structural deformation on inherent frequency of a microbeam resonator is analyzed by using analytical method.

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13. Th paper mainly focuses on introducing the systematic design on the control system for the ASIPP microbeam facility.

14. In this paper, we design and set up a laser microbeam system, which consists of two main parts: laser source and microscope.

15. The main direction is in the research and development of the Single particle Microbeam facility.

16. The threshold of the fatigue crack initiation from the notch of the microbeam is close to that of the bulk material.

17. With the development of Laser Biography, the optical trapping technology based on microbeam laser becomes an effective tool in the research of life science and bioengineering little by little.

18. We analyze the effect on the optical radiation pressure for corpuscules by laser microbeam.

19. This report describes the rationale, historical, and nowadays development of microbeam facilities in the world, as well as their biological researches and future development.

20. Laser Biography is a multi-discipline crossed new area, and the optical tweezers technology based on microbeam laser is an effective tool in the research of life science and bioengineering.

21. In this paper, weld seam tracking method based on microbeam plasma arc is developed.