Lanthanum Hexaboride LaB6 Nanoparticles
Lanthanum Hexaboride LaB6 Nanoparticles
Lanthanum hexaboride, purple foda, yawa 2.61g/cm3, narkewa batu 2210 °C, bazuwa sama da narkewa batu. Rashin narkewa a cikin ruwa da acid a zafin jiki. Saboda halaye na high narkewa batu da high thermal electron radiation yi, zai iya maye gurbin high narkewa batu karafa da gami a cikin nukiliya Fusion reactors da thermoelectronic ikon samar.
Fihirisa
Lambar samfur | D50 (nm) | Tsafta (%) | Takamaiman yanki (m2/g) | Yawan yawa (g/cm3) | Yawan yawa (g/cm3) | Polymorph | Launi |
LaB6-01 | 100 | > 99.9 | 21.46 | 0.49 | 4.7 | Cube | Purple |
LAB6-02 | 1000 | > 99.9 | 11.77 | 0.89 | 4.7 | Cube | Purple |
Hanyar aikace-aikace
1. Yana da nau'ikan amfani da yawa, kuma an yi nasarar amfani da shi a cikin fiye da 20 na soja da manyan fasahohi kamar radar, sararin samaniya, masana'antar lantarki, kayan aiki, kayan aikin likita, kayan ƙarfe na gida, kare muhalli, da dai sauransu. ,lanthanum hexaboridekristal guda ɗaya abu ne don yin bututun lantarki masu ƙarfi, magnetics, katako na lantarki, katako ion, da cathodes masu haɓakawa;
2. Nanoscale lanthanum boridewani shafi ne da aka yi amfani da shi a saman fim ɗin polyethylene don keɓe hasken infrared na hasken rana. Nanoscale lanthanum boride yana ɗaukar hasken infrared ba tare da ɗaukar haske mai gani da yawa ba. Dangane da binciken da aka yi kwanan nan, kololuwar rawa na nanoscale lanthanum boride na iya kaiwa nanometer 1000, kuma tsayin raƙuman sha yana tsakanin 750 zuwa 1300.
3. Nanoscale lanthanum borideabu ne don nano-shafi na gilashin taga. Rubutun da aka tsara don yanayin zafi suna ba da damar hasken da ake iya gani ya wuce ta cikin gilashin, amma yana hana hasken infrared shiga. A cikin yanayin sanyi, nanocoatings na iya yin ingantaccen amfani da haske da makamashin zafi ta hanyar hana haske da zafi daga haskakawa zuwa waje.
Yanayin ajiya
Wannan samfurin ya kamata a rufe shi kuma a adana shi a cikin busassun wuri mai sanyi, bai dace da dogon lokaci ba ga iska, don hana haɓakawa ta hanyar danshi, yana tasiri aikin watsawa da amfani da tasiri, kuma ya kamata ku guje wa matsa lamba mai nauyi, kada ku tuntuɓi oxidants. , kuma a yi jigilar su bisa ga kayan yau da kullun.
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