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RESONANT opto-acoustic detectors and opto-acoustic LASER GAS ANALYZER

机译：共振光声检测器和光声激光气体分析仪

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The invention relates to a resonant optical-acoustic detector (DAO) of the differential type and can be used as an element of the laser opto-acoustic gas analyzer, which in turn refers to the means of determining the composition of gases. Opto-acoustic detector comprises two identical acoustic resonator of cylindrical shape and parallel to each other, the ends of which are connected pairwise to each other through hollow coupling elements so as to form a closed annular cavity, which is provided with inlet and outlet for flowing gas, each acoustic resonator is provided with microphone and configured to form a through channel in the body of monolithic parts, and at least some of the connecting elements is permeable to the laser radiation, When they are in the form of connecting channels having a square internal cross-section D × H, where D - inner diameter of the acoustic resonator, and N - the value selected on the condition: L / 50 h L / 10 where L - length of the acoustic resonator. The gas analyzer comprises an active element of the laser, a diffraction grating provided with control means of its angular position, flow opto-acoustic detector, configured as described above, and the control and display unit associated with the opto-acoustic detector, a control means of the angular position of the grating and the active element laser - waveguide CO ₂ laser with RF excitation.; <TableGroup colSep="0" cols="2" rowSep="0"> <Colspec colName="c0"/> <Colspec colName="c1"/> <Tbody> <Row> <entry align="left"> Independent claims. formula utility model</entry> <entry align="right"> -2</entry> </Row> <Row> <entry align="left"> Dependent claims. formula utility model</entry> <entry align="right"> -3</entry> </Row> <Row> <entry align="left"> drawings</entry> <entry align="right"> -2</entry> </Row> </Tbody> </TableGroup> </TableFormula> </Table> </span> <span class="z_kbtn z_kbtnclass hoverxs" style="display: none;">展开▼</span> </div> <div class="translation abstracttxt"> <span class="zhankaihshouqi fivelineshidden" id="abstract"> <span>机译：</span>本发明涉及一种差分类型的共振光声检测器（DAO），并且可以用作激光光声气体分析仪的元件，其又是确定气体成分的手段。光声检测器包括两个相同的圆柱形且彼此平行的声谐振器，其两端通过中空耦合元件成对地相互连接，从而形成一个封闭的环形腔，该环形腔设有用于流动的入口和出口。气体，每个声谐振器都配备有麦克风，并配置为在整体部件的主体中形成直通通道，并且至少某些连接元件可透过激光辐射，当它们呈方形的连接通道时内部横截面D×H，其中D-声谐振器的内径，N-在以下条件下选择的值：L / 50 <h <L / 10其中L-声谐振器的长度。气体分析仪包括激光器的有源元件，设置有其角位置控制装置的衍射光栅，如上所述配置的流光声检测器以及与光声检测器相关的控制和显示单元，光栅和有源元件激光器的角位置的手段-具有RF激发的波导CO <Sub> 2 </ Sub>激光器。 <表格> <TableFormula> <标题/> <TableGroup colSep =“ 0” cols =“ 2” rowSep =“ 0”> <Colspec colName =“ c0” /> <Colspec colName =“ c1” /> <身体> <行> <entry align =“ left”>独立声明。公式实用新型</ entry> <entry align =“ right”> -2 </ entry> </ Row> <行> <entry align =“ left”>相关声明。公式实用新型</ entry> <entry align =“ right”> -3 </ entry> </ Row> <行> <entry align =“ left”>工程图</ entry> <entry align =“ right”> -2 </ entry> </ Row> </ Tbody> </ TableGroup> </ TableFormula> </ Table> </span> <span class="z_kbtn z_kbtnclass hoverxs" style="display: none;">展开▼</span> </div> </div> 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