Laser pulse nonlinear transmission measurements through saturable absorbers of known absorption parameters allow the measurement of their energy density. On the other hand, nonlinear transmission measurements of laser...Laser pulse nonlinear transmission measurements through saturable absorbers of known absorption parameters allow the measurement of their energy density. On the other hand, nonlinear transmission measurements of laser pulses of known energy density through absorbing media allow their absorption parameter determination. The peak energy density w0P of second harmonic pulses of a mode-locked titanium sapphire laser at wavelength λP = 400 nm is determined by nonlinear energy transmission measurement TE through the dye ADS084BE (1,4-bis(9-ethyl-3-car-bazovinylene)-2-methoxy-5-(2’-ethyl-hexyloxy)-benzene) in tetrahydrofuran. TE(w0P) calibration curves are calculated for laser pulse peak energy density reading w0P from measured pulse energy transmissions TE. The ground-state absorption cross-section σP and the excited-state absorption cross-section σex at λP, and the number density N0 of the retinal Schiff base isoform RetA in pH 7.4 buffer of the blue-light adapted recombinant rhodopsin fragment of the histidine kinase rhodopsin HKR1 from Chlamydomonas reinhardtii were determined by picosecond titanium sapphire second harmonic laser pulse energy transmission measurement TE through RetA as a function of laser input peak energy density w0P. The complete absorption cross-section spectrum展开更多
余热蓄能系统应用在分布式冷热电三联供(CCHP)系统中,可以有效改善系统性能,提高系统节能率。针对CCHP系统对蓄能系统的要求,该文设计搭建了最大功率30 k W溴化锂吸收式蓄能实验系统。该系统能够测试不同冷热源条件下,蓄能系统的特性(...余热蓄能系统应用在分布式冷热电三联供(CCHP)系统中,可以有效改善系统性能,提高系统节能率。针对CCHP系统对蓄能系统的要求,该文设计搭建了最大功率30 k W溴化锂吸收式蓄能实验系统。该系统能够测试不同冷热源条件下,蓄能系统的特性(输入特性以及输出特性)。实验结果显示系统运行稳定,说明这一技术路线可行,满足实际系统蓄能需要;同时蓄能装置的实际蓄能密度达到90 k W·h/m^3,有效蓄能利用系数达到了0.5以上,达到了该领域的先进水平。展开更多
文摘Laser pulse nonlinear transmission measurements through saturable absorbers of known absorption parameters allow the measurement of their energy density. On the other hand, nonlinear transmission measurements of laser pulses of known energy density through absorbing media allow their absorption parameter determination. The peak energy density w0P of second harmonic pulses of a mode-locked titanium sapphire laser at wavelength λP = 400 nm is determined by nonlinear energy transmission measurement TE through the dye ADS084BE (1,4-bis(9-ethyl-3-car-bazovinylene)-2-methoxy-5-(2’-ethyl-hexyloxy)-benzene) in tetrahydrofuran. TE(w0P) calibration curves are calculated for laser pulse peak energy density reading w0P from measured pulse energy transmissions TE. The ground-state absorption cross-section σP and the excited-state absorption cross-section σex at λP, and the number density N0 of the retinal Schiff base isoform RetA in pH 7.4 buffer of the blue-light adapted recombinant rhodopsin fragment of the histidine kinase rhodopsin HKR1 from Chlamydomonas reinhardtii were determined by picosecond titanium sapphire second harmonic laser pulse energy transmission measurement TE through RetA as a function of laser input peak energy density w0P. The complete absorption cross-section spectrum
文摘余热蓄能系统应用在分布式冷热电三联供(CCHP)系统中,可以有效改善系统性能,提高系统节能率。针对CCHP系统对蓄能系统的要求,该文设计搭建了最大功率30 k W溴化锂吸收式蓄能实验系统。该系统能够测试不同冷热源条件下,蓄能系统的特性(输入特性以及输出特性)。实验结果显示系统运行稳定,说明这一技术路线可行,满足实际系统蓄能需要;同时蓄能装置的实际蓄能密度达到90 k W·h/m^3,有效蓄能利用系数达到了0.5以上,达到了该领域的先进水平。
