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H

Huaiyu Cui

Harbin Institute of Technology

H指数:10

被引数:270

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Airy-point diffraction interferometry for extreme-ultraviolet array structured-spiral photon-sieve focusing

艾里点衍射干涉仪用于极紫外阵列结构螺旋光子筛聚焦

Optics and Laser Technology

IF5

2026-09-290

PRE

Optimal parameters of Ne-like Ar 46.9 nm and 69.8 nm dual-wavelength laser

类氖氩46.9 nm和69.8 nm双波长激光的优化参数

Acta Physica Sinica

IF0.8

2026-02-050

PRE

Investigating the transverse spatial coherence of 46.9 nm laser pumped by capillary discharge

研究毛细管放电泵浦的46.9 nm激光的横向空间相干性

APPLIED PHYSICS B-LASERS AND OPTICS

IF2

2025-11-200

PRE

Vortex bifocusing of extreme ultraviolet using modified Fermat-spiral photon-sieve splitter

使用改进的费马螺旋光子筛分离器对极紫外进行涡旋双焦点

IF6.6

2024-09-240

OA

Producing focused extreme ultraviolet vortex with Fermat-spiral photon sieves

用费马螺旋光子筛产生聚焦的极紫外涡旋

IF19.1

2024-04-253

OA

Azimuthally extreme-ultraviolet focal splitter by modified spiral photon sieves

IF5.3

2024-03-061

OA

Free light-shape focusing in extreme-ultraviolet radiation with self-evolutionary photon sieves

SCIENTIFIC REPORTS

IF3.9

2024-01-193

OAAI

Demonstration of multi-pass amplification of 46.9 nm laser pumped by capillary discharge

MATTER AND RADIATION AT EXTREMES

IF4.7

2023-05-2311

OA

Periodic surface structure of 4H-SiC by 46.9 nm laser

IF3.3

2023-04-248

OA

Effect of delay time between pre-pulse and main pulse on single-pass and double-pass amplification of 46.9 nm laser

预脉冲和主脉冲之间的延迟时间对46.9 nm激光单程和双程放大的影响

IF2.8

2023-01-013

OA

The principle and elimination of shadow image in the scanning image of the lidar based on MEMS mirror*

INFRARED PHYSICS & TECHNOLOGY

IF3.4

2021-08-015

PREAI

Impact of pre-pulse current and delay time on 46.9 nm laser with larger inner diameter alumina capillary

IF2.8

2020-01-011

PRE

Impact of discharge currents on the intensity of 46.9 nm capillary discharge soft X-ray laser

IF3.3

2019-05-3115

OA

Formation of nanostructures induced by capillary-discharge soft X-ray laser on BaF2 surfaces

毛细管放电软x射线激光在BaF2表面诱导纳米结构的形成

APPLIED SURFACE SCIENCE

IF6.9

2017-02-0111

PREAI

Demonstration of gain saturation and double-pass amplification of a 69.8 nm laser pumped by capillary discharge

IF3.3

2016-08-0516

PREAI

Si and Cu ablation with a 46.9-nm laser focused by a toroidal mirror

IF3.3

2015-05-2016

OAAI