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</div> <div class="bm"> <div class="bm_c xld"> <b>要做黄光激光器了:</b><div class="postmsg"><i class="pstatus"> 本帖最后由 guhai1224 于 2009-11-27 17:45 编辑 </i><br /> <br /> 新下来一个项目，要做黄光激光器了。好兴奋啊，以前红绿蓝都做过了，真正要做黄光的时候还是特别兴奋啊。以后会陆续更进最新成果的。<br /> 11，27，昨天晚上终于实现了双波共振，1342和1064，兴奋的我老久睡不着啊。可惜和频晶体还没到，要不然就已经出黄光啦。迟些把我捕捉的光谱图发上来<br /> <img src="data/attachment/forum/day_091127/091127174556e0b29283ca3354.jpg" onload="javascript:if(this.width>600)this.width=600;"></div> <div class="postmsg">黄光激光器，没做过！介绍一下吧！</div> <div class="postmsg">是通过腔内的双波共振，同时起振两种不同的波长。一般是1342和1064，或者是1319和1064，这样再通过腔内或者腔外和频的方式就产生了黄光的波长，前者是593.5后者是589</div> <div class="postmsg">平时接触不多，请问双波共振是通过镀膜来实现的吗？镀1064和1342的两种膜在同一反射镜上？请教了</div> <div class="postmsg">象我们做显示的，把红光和绿光一混合，就出黄光啦。。。。。<br /> 调节比例，橙黄、金黄、浅黄都可以得到。<br /> 很容易吧？</div> <div class="postmsg">做单一波长的黄光很难吧？具体有哪些实际应用？</div> <div class="postmsg"><strong>回复 <a href="http://bbs.oecr.com/redirect.php?goto=findpost&pid=610886&ptid=95587" target="_blank">6#</a> <i>laserfan</i> </strong><br /> <br /> 正式的技术交流，严肃点。。。。。。。。<img src="static/image/smiley/default/lol.gif" smilieid="12" border="0" alt="" /></div> <div class="postmsg"><strong>CNI 黄光589 能做到500mW 据我所知，生物方面的用途较大，其他方面不清楚。（589是比较正统的黄光，593不行）</strong></div> <div class="postmsg"><i class="pstatus"> 本帖最后由 EinsteinDirac 于 2009-12-5 10:17 编辑 </i><br /> <br /> 嘿嘿，<img src="static/image/smiley/default/em34.gif" smilieid="63" border="0" alt="" /> <img src="static/image/smiley/default/sleepy.gif" smilieid="122" border="0" alt="" /> <img src="static/image/smiley/default/sleepy.gif" smilieid="122" border="0" alt="" /> <img src="static/image/smiley/default/sleepy.gif" smilieid="122" border="0" alt="" /></div> <div class="postmsg"><div class="quote"><blockquote>CNI 黄光589 能做到500mW 据我所知，生物方面的用途较大，其他方面不清楚。（589是比较正统的黄光，593 ...<br /> <font size="2"><font color="#999999">扬帆+远航 发表于 2009-11-24 17:19</font> <a href="http://oecr.com/bbs/redirect.php?goto=findpost&pid=610931&ptid=95587" target="_blank"><img id="aimg_XJLm5" onclick="zoom(this, this.src, 0, 0, 0)" class="zoom" src="static/image/common/back.gif" onmouseover="img_onmouseoverfunc(this)" onload="thumbImg(this)" border="0" alt="" /></a></font></blockquote></div><br /> <br /> <br /> 我查了一下CNI的网站， 589nm黄光已经做到2W的产品了。估计实验水平会更好一些吧？<br /> 楼主看一下<a href="http://www.cnilaser.com/yellow_laser589.htm" target="_blank">http://www.cnilaser.com/yellow_laser589.htm</a> 吧。希望能做更高功率！</div> <div class="postmsg"><div class="quote"><blockquote>回复 laserfan <br /> <br /> 正式的技术交流，严肃点。。。。。。。。<br /> <font size="2"><font color="#999999">坤猪 发表于 2009-11-24 16:05</font> <a href="http://oecr.com/bbs/redirect.php?goto=findpost&pid=610892&ptid=95587" target="_blank"><img id="aimg_d3GlR" onclick="zoom(this, this.src, 0, 0, 0)" class="zoom" src="static/image/common/back.gif" onmouseover="img_onmouseoverfunc(this)" onload="thumbImg(this)" border="0" alt="" /></a></font></blockquote></div><br /> <br /> <br /> 知道啦。。。。。。。。。。。。。。。。。</div> <div class="postmsg"><strong>回复 <a href="http://bbs.oecr.com/redirect.php?goto=findpost&pid=611108&ptid=95587" target="_blank">12#</a> <i>laserfan</i> </strong><br /> <br /> 国外几十W的都有，还是单频。</div> <div class="postmsg">哇，都有这么多位好友在这里了啊，我做这个主要目的是高效率的黄光。把它的光光转化效率提高，这个波长的激光因为与钠离子的主要发光谱线一致或者接近（因为我还要做589的），而现在市场上用的很多医疗啊还有很多的检测设备都是以钠灯为光源的，激光相对于普通光源的优点就不说了。所以用这种黄光激光器取代钠灯的应用应该是必然的，各位大虾们以为呢？另外透露一点，我们可能会用到公司自主研发的pplnv产生黄光，目前这个晶体已经做好了，而且还告诉我做的非常好，真是兴奋的不行啊，看来这个醒目是大有希望啊，谢谢各位好朋友们啊。</div> <div class="postmsg">黄光 目前国内就cni做吧 这个波段很难做得吧 强啊</div> <div class="postmsg">很多研究所和学校都做的，不过这方面的技术不太成熟就是真的</div> <div class="postmsg">是ppln ，上面的打字打错了，不好意思啊</div> <div class="postmsg">楼主，我学光学业的，介绍个工作哦</div> <div class="postmsg">这个嘛，找工作不在这个地方。我们这是一个技术讨论的地方</div> <div class="postmsg">哈 那就说 国内能量产黄光的话 目前就cni咯</div> <div class="postmsg">楼上正解！！！！！！！！！！！！！</div> <div class="postmsg">有谁做黄光应用方面的，除了再钠导方面应用方面，还有做其他应用的吗？我们可以提供大于5W的黄光，大家多多交流</div> <div class="postmsg"><div class="quote"><blockquote>是ppln ，上面的打字打错了，不好意思啊<br /> <font size="2"><font color="#999999">guhai1224 发表于 2009-11-26 10:06</font> <a href="http://bbs.oecr.com/redirect.php?goto=findpost&pid=611403&ptid=95587" target="_blank"><img id="aimg_BHHKb" onclick="zoom(this, this.src, 0, 0, 0)" class="zoom" src="static/image/common/back.gif" onmouseover="img_onmouseoverfunc(this)" onload="thumbImg(this)" border="0" alt="" /></a></font></blockquote></div><br /> <br /> 请问你们公司可以做PPLN么?可不可以做PPMgOLN？PPLN不能承受强光吧？</div> <div class="postmsg"><div class="quote"><blockquote>请问你们公司可以做PPLN么?可不可以做PPMgOLN？PPLN不能承受强光吧？<br /> <font size="2"><font color="#999999">tsingyoung 发表于 2009-11-27 04:39</font> <a href="http://bbs.oecr.com/redirect.php?goto=findpost&pid=611670&ptid=95587" target="_blank"><img id="aimg_gos0A" onclick="zoom(this, this.src, 0, 0, 0)" class="zoom" src="static/image/common/back.gif" onmouseover="img_onmouseoverfunc(this)" onload="thumbImg(this)" border="0" alt="" /></a></font></blockquote></div><br /> <br /> 同问，你们公司能做PPLN，厚度是多少？PPMgLN能做吗？哪个单位的？</div> <div class="postmsg">呵呵，各位啊，我们说的PPLN，就是PPMgLN，这个是我们公司的项目，具体的参数还不能透露给大家，实在不好意思啊，而且，这个晶体也不是我做的，哈哈哈，我只是要用到而已啦</div> <div class="postmsg">楼主 是打算量产咯 大概做什么功率的阿 光斑打算做成什么样呀</div> <div class="postmsg"><div class="quote"><blockquote>有谁做黄光应用方面的，除了再钠导方面应用方面，还有做其他应用的吗？我们可以提供大于5W的黄光，大家多多 ...<br /> <font size="2"><font color="#999999">zhhy 发表于 2009-11-26 20:59</font> <a href="http://oecr.com/bbs/redirect.php?goto=findpost&pid=611631&ptid=95587" target="_blank"><img id="aimg_Kv6dJ" onclick="zoom(this, this.src, 0, 0, 0)" class="zoom" src="static/image/common/back.gif" onmouseover="img_onmouseoverfunc(this)" onload="thumbImg(this)" border="0" alt="" /></a></font></blockquote></div><br /> <br /> <br /> 给解释一下，啥叫“钠导”？</div> <div class="postmsg">哈哈，出黄光了，效率是目前最高的。功率大概在750mw左右。光斑还行，近乎圆形，哈哈哈</div> <div class="postmsg">现在出现一个问题，就是光闪的问题。功率的响应频率不够，所以从功率上是看不出来波动的。但是光肯定在强弱的变化。用光谱仪检测结果是，1342和1064的竞争关系导致了两者之间没有出现平衡。所以在和频的时候就出现了黄光的波动。各位再给点意见吧，讨论有什么方法可以抑制这种谱线竞争呢？</div> <div class="postmsg">这个领域还真没什么了解，受教了！</div> <div class="postmsg"><div class="quote"><blockquote>现在出现一个问题，就是光闪的问题。功率的响应频率不够，所以从功率上是看不出来波动的。但是光肯定在强弱 ...<br /> <font size="2"><font color="#999999">guhai1224 发表于 2009-12-3 09:42</font> <a href="http://bbs.oecr.com/redirect.php?goto=findpost&pid=613237&ptid=95587" target="_blank"><img id="aimg_flD4X" onclick="zoom(this, this.src, 0, 0, 0)" class="zoom" src="static/image/common/back.gif" onmouseover="img_onmouseoverfunc(this)" onload="thumbImg(this)" border="0" alt="" /></a></font></blockquote></div><br /> <br /> 是不是这就是为什么目前黄光不用SFG的原因？<br /> CNI不知用的什么技术，Raman倍频？</div> <div class="postmsg"><div class="quote"><blockquote>哈哈，出黄光了，效率是目前最高的。功率大概在750mw左右。光斑还行，近乎圆形，哈哈哈<br /> <font size="2"><font color="#999999">guhai1224 发表于 2009-11-30 17:05</font> <a href="http://oecr.com/bbs/redirect.php?goto=findpost&pid=612530&ptid=95587" target="_blank"><img id="aimg_e5eTE" onclick="zoom(this, this.src, 0, 0, 0)" class="zoom" src="static/image/common/back.gif" onmouseover="img_onmouseoverfunc(this)" onload="thumbImg(this)" border="0" alt="" /></a></font></blockquote></div><br /> <br /> 动作还真快，赞！！！<br /> 不过不可以轻言“效率是目前最高的”呀？<br /> CNI是什么效率？国外是什么效率。。。给大家讲讲才好。</div> <div class="postmsg">现在国内的效率也就能做到5%上下，国外的暂时还没去了解，但是我的效率已经远远超过了这个数字，相信国外的技术应该也不过如此而已吧</div> <div class="postmsg">楼主做的是连续的吧 功率稳定性怎么样</div> <div class="postmsg"><div class="quote"><blockquote>现在国内的效率也就能做到5%上下，国外的暂时还没去了解，但是我的效率已经远远超过了这个数字，相信国外的 ...<br /> <font size="2"><font color="#999999">guhai1224 发表于 2009-12-4 10:38</font> <a href="http://bbs.oecr.com/redirect.php?goto=findpost&pid=613496&ptid=95587" target="_blank"><img id="aimg_AQpsA" onclick="zoom(this, this.src, 0, 0, 0)" class="zoom" src="static/image/common/back.gif" onmouseover="img_onmouseoverfunc(this)" onload="thumbImg(this)" border="0" alt="" /></a></font></blockquote></div><br /> <br /> 我查了以下CNI的网站<a href="http://www.cnilaser.com/PDF/MGL-W-589.pdf" target="_blank">http://www.cnilaser.com/PDF/MGL-W-589.pdf</a>。 上有2W, <3%稳定性的黄光，波长还是589nm的。。。。估计CNI做589nm黄光效率应该在10%以上吧？因为看激光器体积泵源最多也就20W。<br /> 另外，CNI做的可是产品指标呀，也就是说实验或论文指标会更高。。。。也不知道我说的对吗？<br /> 最近怎么没有见CNI的YAG老兄出来说说状况？</div> <div class="postmsg"><div class="quote"><blockquote>给解释一下，啥叫“钠导”？<br /> <font size="2"><font color="#999999">laserfan 发表于 2009-11-30 15:19</font> <a href="http://bbs.oecr.com/redirect.php?goto=findpost&pid=612517&ptid=95587" target="_blank"><img id="aimg_InNub" onclick="zoom(this, this.src, 0, 0, 0)" class="zoom" src="static/image/common/back.gif" onmouseover="img_onmouseoverfunc(this)" onload="thumbImg(this)" border="0" alt="" /></a></font></blockquote></div><br /> <br /> 钠导就是钠导星，或者叫激光信标，不用解释，随便下点文章看看就行了，属于自适应光学范畴。黄光除了在钠导上面用，在眼科医疗上也有用处，当然，就不一定非要589nm的了。</div> <div class="postmsg"><i class="pstatus"> 本帖最后由 EinsteinDirac 于 2009-12-5 10:16 编辑 </i><br /> <br /> <img src="static/image/smiley/default/em33.gif" smilieid="62" border="0" alt="" /> <img src="static/image/smiley/default/em34.gif" smilieid="63" border="0" alt="" /> <img src="static/image/smiley/default/sleepy.gif" smilieid="122" border="0" alt="" /> <img src="static/image/smiley/default/sleepy.gif" smilieid="122" border="0" alt="" /></div> <div class="postmsg"><div class="quote"><blockquote>钠导就是钠导星，或者叫激光信标，不用解释，随便下点文章看看就行了，属于自适应光学范畴。黄光除了在 ...<br /> <font size="2"><font color="#999999">watermoon 发表于 2009-12-4 15:57</font> <a href="http://oecr.com/bbs/redirect.php?goto=findpost&pid=613570&ptid=95587" target="_blank"><img id="aimg_vgmg2" onclick="zoom(this, this.src, 0, 0, 0)" class="zoom" src="static/image/common/back.gif" onmouseover="img_onmouseoverfunc(this)" onload="thumbImg(this)" border="0" alt="" /></a></font></blockquote></div><br /> <br /> <br /> 多谢！一定找些文章学习学习！</div> <div class="postmsg"><div class="quote"><blockquote>是不是这就是为什么目前黄光不用SFG的原因？<br /> CNI不知用的什么技术，Raman倍频？<br /> <font size="2"><font color="#999999">tsingyoung 发表于 2009-12-4 07:04</font> <a href="http://oecr.com/bbs/redirect.php?goto=findpost&pid=613425&ptid=95587" target="_blank"><img id="aimg_fAt3s" onclick="zoom(this, this.src, 0, 0, 0)" class="zoom" src="static/image/common/back.gif" onmouseover="img_onmouseoverfunc(this)" onload="thumbImg(this)" border="0" alt="" /></a></font></blockquote></div><br /> <br /> 查了一下长春光机所（CNI是长光所的公司）的文章，还都是SFG做的。</div> <div class="postmsg"><i class="pstatus"> 本帖最后由 EinsteinDirac 于 2009-12-5 10:15 编辑 </i><br /> <br /> <strong>回复 <a href="http://bbs.oecr.com/redirect.php?goto=findpost&pid=613699&ptid=95587" target="_blank">42#</a> <i>laserfan</i> </strong><br /> <br /> 是的，没错，他们的技术还是很不错的，关键在优化，呵呵，您说是吗？2W的和频黄光是不是和频黄光的极限了呢？</div> <div class="postmsg">另外利用888nm的直接泵浦技术来泵浦Nd：YVO4可以大大降低热效应的。</div> <div class="postmsg">CNI网站有2.5W的589nm黄光。估计实验指标应该在5W左右了吧？</div> <div class="postmsg"><strong>回复 <a href="http://bbs.oecr.com/redirect.php?goto=findpost&pid=614133&ptid=95587" target="_blank">46#</a> <i>laserfan</i> </strong><br /> <br /> <img src="static/image/smiley/default/shutup.gif" smilieid="121" border="0" alt="" /></div> <div class="postmsg">你找我发的那个黄光激光器的资料吧，那里面就有双波共振的资料</div> <div class="postmsg"></div> <div class="postmsg">文章大多是长春光机所（新产业）的吧？</div> <div class="postmsg">楼主 激光器作出来的话 拍点照片看看吧</div> <div class="postmsg">黄光的波段范围比较窄，目前在生物和医学领域有应用前景，现在做的人开始多起来了。</div> <div class="postmsg">我曾经做过，材料是在福建和青岛那边找的，我当时出了15毫瓦的。</div> <div class="postmsg">和频，垃圾办法！<strong><strong><strong><strong><strong></strong></strong></strong></strong></strong></div> <div class="postmsg">合频，镀膜不好控制，做拉曼吧。。。</div> <div class="postmsg">黄光产生不容易看到啊，需要调制精确····································</div> <div class="postmsg">是不太好调，1064和1342竞争很激烈，所以导致和频的593出现光闪，正在改设计中，第二方案的镜片还没回来，各位不要着急啊 哈哈哈</div> <div class="postmsg"><strong>回复 <a href="http://bbs.oecr.com/redirect.php?goto=findpost&pid=616949&ptid=95587" target="_blank">59#</a> <i>xbdxwm</i> </strong><br /> <br /> 正解</div> <div class="postmsg"><strong>回复 <a href="http://bbs.oecr.com/redirect.php?goto=findpost&pid=610816&ptid=95587" target="_blank">1#</a> <i>guhai1224</i> </strong><br /> <br /> <br /> 谢谢！</div> <div class="postmsg">还是不懂黄色激光有什么用处？？</div> <div class="postmsg"><div class="quote"><blockquote>还是不懂黄色激光有什么用处？？<br /> <font size="2"><font color="#999999">guoweijie29 发表于 2009-12-27 12:31</font> <a href="http://oecr.com/bbs/redirect.php?goto=findpost&pid=618833&ptid=95587" target="_blank"><img id="aimg_IAJ7d" onclick="zoom(this, this.src, 0, 0, 0)" class="zoom" src="static/image/common/back.gif" onmouseover="img_onmouseoverfunc(this)" onload="thumbImg(this)" border="0" alt="" /></a></font></blockquote></div><br /> <br /> <br /> 能美容，去处脸部笆痕，嫩肤。。。。。目前我们在研究这样的设备！</div> <div class="postmsg"><strong>回复 <a href="http://bbs.oecr.com/redirect.php?goto=findpost&pid=619036&ptid=95587" target="_blank">65#</a> <i>laserfan</i> </strong><br /> <br /> 学习，看来前景不错</div> <div class="postmsg">不知道这个黄光激光器的市场有多大，呵呵</div> <div class="postmsg">已经很好了，现在很少人能自做黄色激光了的～</div> <div class="postmsg">今天应该就能实验一下第二套方案了，结果大家拭目以待吧</div> <div class="postmsg"><strong>回复 <a href="http://oecr.com/bbs/redirect.php?goto=findpost&pid=619797&ptid=95587" target="_blank">67#</a> <i>flyingsensexly</i> </strong><br /> <br /> 黄激光美容市场比较大，但尚待开发。</div> <div class="postmsg"><strong>回复 <a href="http://oecr.com/bbs/redirect.php?goto=findpost&pid=620734&ptid=95587" target="_blank">68#</a> <i>bastobasto</i> </strong><br /> <br /> <br /> 以前大家用Cu蒸气激光做589nm黄激光，价格贵，寿命短。<br /> <br /> 如果固体激光能解决当然是很好的事情。<br /> 据了解，业界国内只有cni有3W@589产品。<br /> 希望LZ有所创新和突破！</div> <div class="postmsg">恭喜哦。恭喜》》》》》》。激光技术又前进了一步了！</div> <div class="postmsg">蓝光、绿光、红光都做过。黄光！！！<br /> 还真的不了解，不知黄光模式怎么样？<br /> 总之谢谢楼主的帖子！！！</div> <div class="postmsg">楼主能否多发点资料?~~~~~~~~~~~~</div> <div class="postmsg">“黄光”这个概念只存在表演上用吧？激光还是用波长来标定体现的用途方向明显一些。像咱们说的黄光，一个是593（其实是橙光），一个是589。用途不同。俺们黄光效率已经>10%了，这个倒没什么好隐瞒的。</div> <div class="postmsg">我一个同事采用自拉曼变频及倍频方法做黄光固体激光器，已实现W级输出，效率也不错</div> <div class="postmsg">请问楼主的公司是哪家啊，你们提供的ppMgLN周期最小能做到多少？是批量生产的吗？</div> <div class="postmsg">长春那个厂已经出黄色激光了呀！</div> <div class="postmsg">说说黄光激光器的具体用途啊，小弟也好开开眼界</div> <div class="postmsg">呵呵，学习了。没有见识过黄光激光，学习。</div> <div class="postmsg">到 <a href="http://www.cnilaser.com/yellow_laser.htm" target="_blank">http://www.cnilaser.com/yellow_laser.htm</a> 上转转，有很多黄光波长的激光器。<br /> 各位说的是589nm吗？</div> <div class="postmsg"><div class="quote"><blockquote>请问楼主的公司是哪家啊，你们提供的ppMgLN周期最小能做到多少？是批量生产的吗？<br /> <font size="2"><font color="#999999">xnasp 发表于 2010-3-23 13:58</font> <a href="http://laser.oecr.com/redirect.php?goto=findpost&pid=633536&ptid=95587" target="_blank"><img id="aimg_D9ZBJ" onclick="zoom(this, this.src, 0, 0, 0)" class="zoom" src="http://laser.oecr.com/images/common/back.gif" onmouseover="img_onmouseoverfunc(this)" onload="thumbImg(this)" border="0" alt="" /></a></font></blockquote></div><br /> <br /> 据我分析，楼主用的PPLN应该是买得国外的产品。国内还没有成熟的产品！</div> <div class="postmsg"><strong>回复 <a href="http://oecr.com/bbs/redirect.php?goto=findpost&pid=610839&ptid=95587" target="_blank">3#</a> <i>guhai1224</i> </strong></div> 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