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    • 3. 发明申请
    • POLARIZATION INTERFERENCE OPTICAL INTERLEAVER
    • 偏振干涉光学交互器
    • US20120237157A1
    • 2012-09-20
    • US13503368
    • 2011-04-26
    • Weiwei ZhangJun HuangZeqin WangHong Xie
    • Weiwei ZhangJun HuangZeqin WangHong Xie
    • G02B6/28G02B6/27
    • G02B27/283G02B6/2713G02B6/2746G02B6/29302G02B6/29386
    • The present patent application relates to a polarization interference optical interleaver, which includes a first port to transmit the first optical signal through the first optical path, a second port to transmit the second optical signal and a third port to transmit the third optical signal. The first optical signal passes through the first optical path and splits into the second optical signal and the third optical signal by the first and the second light splitting/combining crystals and the interference crystal group. The interference crystal group is located between the first and the second light splitting/combining crystals. The second optical signal and the third optical signal are received and reflected by a reflecting mirror. Then the second optical signal and the third optical signal output through the second port and the third port respectively. The second optical signal reflected by the reflecting mirror transmits along the first optical path of the first optical signal and passes through the interference crystal group, then walks off the first optical path by light walk-off device and outputs through the second port. The third optical signal reflected by the reflecting mirror transmits along the second optical path and passes through the interference crystal group, then outputs through the third port. There are only four beams in the interference crystal group of the present patent application. So the volume of the interference crystal group is minimized and the cost is reduced.
    • 本专利申请涉及一种偏振干涉光交织器,其包括通过第一光路传输第一光信号的第一端口,用于发送第二光信号的第二端口和用于发送第三光信号的第三端口。 第一光信号通过第一光路,并通过第一和第二光分离/组合晶体和干涉晶体组分裂成第二光信号和第三光信号。 干涉晶体组位于第一和第二分光/结合晶体之间。 第二光信号和第三光信号被反射镜接收和反射。 然后,第二光信号和第三光信号分别通过第二端口和第三端口输出。 由反射镜反射的第二光信号沿着第一光信号的第一光路传输并穿过干涉晶体组,然后通过光离散装置离开第一光路并通过第二端口输出。 由反射镜反射的第三光信号沿着第二光路传输并通过干涉晶体组,然后通过第三端口输出。 在本专利申请的干涉晶体组中只有四个光束。 因此,干涉晶体组的体积被最小化并且降低了成本。
    • 9. 发明授权
    • Potentiometric titration method for measuring concentration of acid mixture of aluminum etchant
    • 用于测量铝蚀刻剂酸混合物浓度的电位滴定法
    • US08945934B2
    • 2015-02-03
    • US13699638
    • 2012-08-23
    • Rui XuWeiwei ZhangJingming WuHonghui ZhuLi WangXiaobo HeHongqing Huang
    • Rui XuWeiwei ZhangJingming WuHonghui ZhuLi WangXiaobo HeHongqing Huang
    • G01N31/16G01N31/00
    • G01N31/164Y10T436/15
    • The present invention provides a potentiometric titration method for measuring concentration of acid mixture of aluminum etchant, which prepares identified potassium hydroxide-ethanol solution or sodium hydroxide-ethanol solution as a titrant and uses a monohydric alcohol and a diol as an anhydrous medium for the acid mixture of aluminum etchant to carry out titration of the acid mixture of aluminum etchant so as to realize measurement of concentration of each acid contained in the acid mixture of aluminum etchant through a one-stage process of potentiometric titration thereby reducing the complication of operation of inspection and uncertainty of inspection result and achieving the purposes of carrying out inspections with high precision and high performance. The method can efficiently and accurately measure the concentrations of nitric acid, phosphoric acid, and acetic acid contained in the acid mixture of aluminum etchant.
    • 本发明提供了一种电位滴定法,用于测量铝蚀刻剂的酸混合物的浓度,其制备鉴定的氢氧化钾 - 乙醇溶液或氢氧化钠 - 乙醇溶液作为滴定剂,并使用一元醇和二醇作为酸的无水介质 铝蚀刻剂的混合物进行铝蚀刻剂的酸混合物的滴定,以通过电位滴定的一步法来实现铝蚀刻剂的酸混合物中所含的每种酸的浓度的测量,从而减少检查操作的复杂性 检验结果不确定,达到高精度,高性能检测的目的。 该方法可以有效和准确地测量铝蚀刻剂酸性混合物中所含的硝酸,磷酸和乙酸的浓度。