Page 60 - 2022'中国无损检测年度报告

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2022
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[26] Spatial confinement effects of metal parts surface[J]. IET Image
laser-induced breakdown spectroscopy at Processing,2022,1751-9659.
reduced air pressures. Front. Optoelectr [36] 基于改进式 SL0 算法的超声混叠信号分
on,2022,15(2):2095-2759. 离 [J]. 航空学报 ,2022,43(7):427-437.
[27] Quality control for the BPG lossy [37] 基于红外热成像的 CFRP 复合
compression of three-channel remote 材料低速冲 击损伤表征 [J]. 复合材料学
sensing images[J]. Remote Sensing,2022,14 报 ,2022,39(8):4164-4171.
(8):1824.
[38] 红外序列图像的主成分分析算法研究
[28] Zn doping results in energy level [J]. 激光与红外 ,2022,52(5):714-720.
offset and improvement of power conversion [39] 基于改进 CLAHE 的航空发动
efficiency in SnO 2 dye-sensitized solar 机导向叶片 DR 图像增强 [J]. 航空动力学
cells[J]. Indian J. Phys,2022,96 (11):3177- 报 ,2022,37(7):1425-1436.
3184. [40] 相速度近似匹配情况下的 Lamb 波非线
[29] Effect of Mg Doping on SnO 2 energy 性特征研究 [J]. 仪器仪表学报 ,2022,43(4):263-
band and power conversion efficiency of 270.
dye-sensitized solar cells[J]. Journal of
[41] 脉冲压缩在铝薄板电磁超声导波检测中
Physics,2022,17426588. 的应用 [J]. 航空学报 ,2022,43(3):517-528.
[30] Correlation study of biomechanical
[42] 基于符号相干因子加权的双层介
changes between diabetic eye disease 质频域相干复合平面波成像 [J]. 仪器仪表学
and glaucoma using finite element model 报 ,2022,43(3):32-39.
of human eye with different iris-lens
channel Distances[J]. Medical Engineering [43] 太赫兹空气相干探测技术引起的太
Physics,2022,109: 103910. 赫 兹 脉 冲 畸 变（ 英 文）[J]. 红外与毫米波学
报 ,2022,41(5):844-849.
[31] A Microfluidic Serial Dilutor
(MSD): Design optimization and application [44] 缓慢上升快速下降的飞秒激光脉冲与气
to tuning of liposome nanoparticle 体等离子体作用的太赫兹辐射产生研究 [J]. 红外
preparation[J]. Chemical Engineering 与激光工程 ,2022,51(5):174-181.
Science,2022,263:118080. [45] 超高 Q 值光学微腔光谱信号采集系统设
[32] Multi-parameter photoelectric data 计与分析 [J]. 光学学报 ,2023:1-13.
fitting for microfluidic sweat colorimetric [46] 基于 超高 Q 值氟 化镁 晶体微 腔
analysis[J]. Sensors and Actuators: B. 的克尔光频梳产生研究 [J]. 红外与激光工
Chemical,2022,372:132644. 程 ,2021,50(11):66-71.
[33] Wearable tesla valve-based sweat [47] 水中受激布里渊散射的非均匀体光栅模
collection device for sweat colorimetric 型 [J]. 光学学报 ,2022,42(12):288-296.
analysis[J]. Talanta,2022,240:123208. [48] 荧光原理的纸基张力传感器 [J]. 仪器仪
[34] Self-attention-based multiscale 表学报 ,2022,43(5):8-14.
feature learning optical flow with occlusion [49] 基于金字塔块匹配的双目场景流估计
feature map prediction[J]. IEEE Transactions [J]. 电子学报 ,2022,50(9):2164-2171.
on Multimedia,2022,24:3340-3354. [50] 基于深度匹配的由稀疏到稠密大位移运
[35] Usinging optical flow algrithm 动光流估计 [J]. 自动化学报 ,2022,48(9):2316-
based on dynamic illumination mode 2326.
to examine defects on highly reflective [51] 基于概率幅值解调的机械故障诊断方法

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