论文：
1、Quantitative 2D reconstruction of temperature and OH concentration in axisymmetric flames based on ultraviolet broadband absorption tomography. Combustion and Flame 261, 113270 (2024).
2、Investigation of the NH3 consumption and H2O/NO formation during the oxidation of n-heptane and iso-octane blended with ammonia. Fuel 357, 129793 (2024).
3、Mid-infrared absorption spectroscopy measurements and model improvements during the oxidation of ammonia/ethanol and ammonia/diethyl ether blends in a shock tube. Fuel 357, 129635 (2024).
4、Experimental study of the methane/hydrogen/ammonia and ethylene/ammonia oxidation: Multi-parameter measurements using a shock tube combined with laser absorption spectroscopy. Combustion and Flame 254, 112830 (2023).
5、Shock tube study of the interaction between ammonia and nitric oxide at high temperatures using laser absorption spectroscopy. Proceedings of the Combustion Institute 39, 4365-4375 (2023).
6、Nitromethane as a nitric oxide precursor for studying high-temperature interactions between ammonia and nitric oxide in a shock tube Combustion and Flame 250, 112644 (2023).
7、Spatially resolved broadband absorption spectroscopy measurements of temperature and multiple species (NH, OH, NO, and NH3) in atmospheric-pressure premixed ammonia/methane/air flames. Fuel 332, 126073 (2023).
8、Laser-absorption-spectroscopy-based temperature and NH3-concentration time-history measurements during the oxidation processes of the shock-heated reacting NH3/H2 mixtures. Combustion and Flame 245, 112349 (2022).
9、Simultaneous measurements of temperature, CO, and CO2 time-history in reacting n-heptane/O2/argon mixtures blended with diethyl ether behind reflected shock waves. Combustion and Flame 241, 112057 (2022).
10、Simultaneous temperature and CO-concentration time-history measurements during the pyrolysis and ultra-fuel-rich oxidation of ethanol, diethyl ether, n-heptane, and isooctane behind reflected shock waves. Combustion and Flame 232, 111537 (2021).
11、Temperature and OH concentration measurements by ultraviolet broadband absorption of OH(X) in laminar methane/air premixed flames. Fuel 288, 119666 (2021).
12、Ignition-delay-time/time-resolved CO2-concentration measurements during the combustion of iC4H10/H2 mixtures. Fuel 284, 118980 (2021).
13、Experimental and simulated study of line-shape models for measuring spectroscopic parameters using the WM-DAS method — Part II: Broadening and narrowing of select near-infrared H2O and CO lines perturbed by Ar, N2 and He. Journal of Quantitative Spectroscopy and Radiative Transfer 272, 107790 (2021).
14、Experimental and simulated study of line-shape models for measuring spectroscopic parameters using the WM-DAS method — part I: Collisional broadening and absorption coefficients of H2O-Ar system. Journal of Quantitative Spectroscopy and Radiative Transfer 254, 107216 (2020).
15、Wavelength modulation-direct absorption spectroscopy combined with improved experimental strategy for measuring spectroscopic parameters of H2O transitions near 1.39μm. Optics and Lasers in Engineering 126, 105875 (2020).
16、A high-accurate and universal method to characterize the relative wavelength response (RWR) in wavelength modulation spectroscopy (WMS). Optics Express 28, 3482-3494 (2020).
17、Measurements of spectroscopic parameters of CO2 transitions for Voigt, Rautian, galatry and speed-dependent voigt profiles near 1.43µm using the WM-DAS method. Journal of Quantitative Spectroscopy and Radiative Transfer 224, 197-205 (2019).
18、Time-resolved CO2 concentration and ignition delay time measurements in the combustion processes of n-butane/hydrogen mixtures. Combustion and Flame 207, 222-231 (2019).
19、High-accuracy sinewave-scanned direct absorption spectroscopy. Optics Express 26, 29550-29560 (2018).
20、Wavelength modulation spectroscopy for recovering absolute absorbance. Optics Express 26, 9263-9272 (2018).
21、扫描波长调制光谱高精度复现分子吸收率函数方法, 物理学报74(6), 0642310 (2025).
22、基于激光吸收光谱的CO/CO2/H2S浓度同步在线测量研究, 光谱学与光谱分析 44(5), 1412-1416 (2024).
23、CO2/CO干扰下基于腔衰荡吸收光谱的痕量H2S浓度测量, 物理学报72(4), 043302 (2023).
24、H2S分子6320-6350 cm-1波段谱线参数高精度测量, 物理学报 72(2), 024205 (2023)
25、基于TDLAS和恒流稀释取样的磨煤机出口痕量CO体积分数在线监测技术研究, 热力发电, 52(5), 1-7 (2023).
26、350MW四角切圆锅炉水冷壁高温腐蚀及H2S在线监测预警, 锅炉技术 53(6), 1-7 (2022).
27、基于CRDS和WM-DAS的宽量程免标定H2S体积分数的测量, 物理学报 71(18), 184205 (2022).
28、基于TDLAS的煤粉锅炉水冷壁近壁面CO/H2S同步在线监测, 热力发电 51(10), 145-152 (2022).
29、基于宽带紫外吸收的火焰温度和OH/NH/NO浓度同步测量, 物理学报 71(17), 173301 (2022).
30、正戊烷氧化过程中温度和CO浓度吸收光谱测量, 工程热物理学报 43(8), 2033-2042 (2022).
31、乙醇燃烧着火延迟时间和CO2演化过程测量, 工程热物理学报43(2), 535-542 (2022).
32、NO紫外宽带吸收光谱的非线性响应及实验, 物理学报 71(20), 203302 (2022).
33、基于化学发光法的高纯气体中ppb量级NOx浓度测量, 物理学报 71(13), 137802 (2022).
34、波长调制-直接吸收光谱(WM-DAS)在线监测大气CO浓度, 物理学报 71(4), 044205 (2022).
35、波长调制-直接吸收方法在线监测大气中CH4和CO2浓度, 物理学报 69(6), 064205 (2020)
36、基于波长调制-直接吸收光谱方法的CO分子1567 nm处谱线参数高精度标定, 物理学报 69(6), 064204 (2020).
37、基于TDLAS的烟气中CO浓度混合取样式在线监测, 仪器仪表 40(11), 233-240 (2020).
38、基于WM-DAS的原位取样式烟气中CO在线监测, 动力工程学报40(8), 631-634 (2020).
39、基于波长调制技术的吸收谱线线型函数测量, 红外与激光过程 49(1), 1-7 (2019).
40、基于傅里叶变换的波长扫描腔衰荡光谱, 物理学报 68(20), 204204 (2019).
专利：
1、一种同步制取和定量测量SO3的系统及其方法 ZL202110619375.9
2、煤粉锅炉水冷壁高温高尘耐腐蚀防堵取样装置和安装方法 ZL202011529000.2
3、一种煤粉锅炉炉膛及其气体在线监测预警系统 ZL202110021047.6
4、基于气体绕流的原位对穿渗透管式预处理装置 ZL202110626076.5
5、一种免标定的气体浓度测量装置及方法 ZL201911328202.8
6、一种烟气中CO浓度混合取样式在线监测装置及方法 ZL201911022333.3
7、一种基于偶次谐波的吸收率函数复现方法 ZL201910640997.X
8、一种基于腔衰荡技术的气体吸收系数的测量方法 ZL201910059718.0
9、一种基于快速傅里叶变换的气体吸收率在线测量方法 ZL201910036652.3
10、一种波长调制光谱技术中相对波长的测量方法 ZL201911285286.1
