1/2英寸外径工业用荧光探头/title> <meta http-equiv="Content-Type" content="text/html; charset=gb2312" /> <meta http-equiv="Content-Language" content="gb2312" /> <meta content="all" name="robots" /> <meta name="author" content="zeno" /> <meta name="Copyright" content="www.avantes.com.cn" /> <meta name="description" content="Avantes 公司生产,开发和销售光纤光谱学产品,例如光谱仪,光源,软件,光纤,附件,和特殊应用."> <meta name="keywords" content="光纤光缆, 光学传感器,光纤模式混合器,透过式浸入型探头,荧光探头,反射探头,光纤连接器,光谱学 ,光子学, 紫外可见光谱学和生物仪器技术, avantes, 紫外光谱学,光纤, 光谱学系统,光纤连接器 ,光纤复用器 ,光谱仪器 ,吸收率 ,光源 ,近红外, NIR, 光纤设备, 光纤解决方案,光学传感器 , 探头, 过程控制, 光谱仪,分光光度计, 紫外, 紫外可见, 光谱学产品, 光传输, 发光光谱, 便携式光谱仪"> <meta name="GENERATOR" content="Microsoft FrontPage 4.0"> <meta name="ProgId" content="FrontPage.Editor.Document"> <base target="hoofd"> <script language="JavaScript" fptype="dynamicanimation">  </script> <script language="JavaScript1.2" fptype="dynamicanimation" src="../animate.js"> </script> <meta name="Microsoft Theme" content="avantes 011, default"> <meta name="Microsoft Border" content="none"> </head> <body onload="dynAnimation()" background="../_themes/avantes/avhin-int-cntr.jpg" bgcolor="#FFFFFF" text="#000000" link="#3366CC" vlink="#666666" alink="#996600"><font face="Trebuchet MS, Arial, 宋体,Helvetica"> <p align="center"><img border="0" src="../images/fibers/Balk_FiberOptics.gif" width="284" height="33"></p> </font> <h1 align="center"><font face="Trebuchet MS, Arial, 宋体,Helvetica"><font color="#000066"><font size="5">?”工业应用荧光探头</font></font></font></h1> <font face="Trebuchet MS, Arial, 宋体,Helvetica"></font><TABLE CELLSPACING=0 BORDER=0 CELLPADDING=4 WIDTH=100%> <TR><TD WIDTH="100%" VALIGN="TOP"><font face="Trebuchet MS, Arial, 宋体,Helvetica"><font size="1"><img border="0" src="../images/Biomed25.gif" alt="Biomedical Technology" width="25" height="25"> <img border="0" src="../images/Chemistry25.gif" alt="Chemistry" width="25" height="25"> <img border="0" src="../images/Color25.gif" alt="Colorimetry" width="25" height="26"> <img border="0" src="../images/food25.gif" alt="Food Technology" width="25" height="25"> <img border="0" src="../images/Inline25.gif" alt="Inline Process Control" width="25" height="25"> </font></font></TD> </TR> <TR><TD WIDTH="100%" VALIGN="TOP"><font face="Trebuchet MS, Arial, 宋体,Helvetica"> <p ALIGN="CENTER"><img border="0" src="../images/fibers/fcr45var.jpg" width="317" height="192"></font></TD> </TR> <TR><TD WIDTH="100%" VALIGN="TOP"><font face="Trebuchet MS, Arial, 宋体,Helvetica"> </font> <P ALIGN="CENTER"><font face="Trebuchet MS, Arial, 宋体,Helvetica"><b>?”工业应用荧光探头</b></font></TD> </TR> </TABLE><font face="Trebuchet MS, Arial, 宋体,Helvetica"> <div align="center"> </font><table border="0" cellpadding="0" cellspacing="0"> <tr> <td><font face="Trebuchet MS, Arial, 宋体,Helvetica"><a href="probefluor_td.html" onmouseover="document['fpAnimswapImgFP1'].imgRolln=document['fpAnimswapImgFP1'].src;document['fpAnimswapImgFP1'].src=document['fpAnimswapImgFP1'].lowsrc;" onmouseout="document['fpAnimswapImgFP1'].src=document['fpAnimswapImgFP1'].imgRolln"><img border="0" src="../images/td-1.gif" id="fpAnimswapImgFP1" name="fpAnimswapImgFP1" dynamicanimation="fpAnimswapImgFP1" lowsrc="../images/td-2.gif" width="97" height="22"></a></font></td> <td><font face="Trebuchet MS, Arial, 宋体,Helvetica"><a href="probefluor_oi.html" onmouseover="document['fpAnimswapImgFP2'].imgRolln=document['fpAnimswapImgFP2'].src;document['fpAnimswapImgFP2'].src=document['fpAnimswapImgFP2'].lowsrc;" onmouseout="document['fpAnimswapImgFP2'].src=document['fpAnimswapImgFP2'].imgRolln"><img border="0" src="../images/oir-1.gif" id="fpAnimswapImgFP2" name="fpAnimswapImgFP2" dynamicanimation="fpAnimswapImgFP2" lowsrc="../images/oir-2.gif" width="97" height="22"></a></font></td> </tr> </table><font face="Trebuchet MS, Arial, 宋体,Helvetica"> </div> <p class="MsoNormal"><font size="2"><span style="mso-bidi-font-size: 12.0pt; mso-ansi-language: EN-US" lang="EN-US">为荧光应用开发了一种特殊的反射探头，它由12根200μm芯径的激发光纤围绕着一根600μm芯径的测试光纤组成，测试光纤将荧光信号导入光谱仪。 </font></p> <p class="MsoNormal"><font size="2">把45o角工业用反射探头前端加上一个特殊的反射附件FCR-FLTIP-IND，就可以变成荧光探头。该附件可以防止周围环境光进入探头，使激发光后向散射来增强荧光信号。测量液体通道的宽度可以在0-5mm之间调节。 </font></p> <p><i><font size="1">Last Updated: 15-08-06 </font></i></p> </font></body>  </html>