I-Titanium Amalgam

I-Titanium Amalgam isetyenziselwa ukulawula uxinzelelo lomphunga we-mercury ngaphakathi kwesibane. Inesiphumo esifanayo nemekyuri esulungekileyo xa isetyenziselwa ukwenziwa kwezibane ezisezantsi zomthwalo othe ngqo wefluorescent okanye izibane ezibandayo zecathode.

Ngaphantsi kwe-500°C, i-titanium amalgam ayiboli okanye ikhuphe imekyuri. Ngenxa yoko, kwinkqubo yokuphela kwegesi, phantsi kweemeko ezingaphantsi kwe-500 ° C, akukho siganeko sokungcola kwe-mercury. Oku kuyenza ibe sesona sisombululo sifanelekileyo sokuthintela ungcoliseko lwemercury kushishino lokuvelisa izibane.

Uphawu Isicelo Uhlobo olukhoyo

Uphawu

I-Titanium amalgam yenziwe nge-titanium kunye ne-mercury, eyenza i-Ti3Hg phantsi kobushushu obuphezulu obungama-800°C kwisingxobo esivaliweyo. I-alloy igatywe ibe ngumgubo kwaye icinezelwe kwibhanti ye-nickel ngelixa i-alloy ye-ZrAl16 i-alloy icinezelwe kwelinye icala. Ngaphantsi kwe-500°C, i-titanium amalgam ayiboli okanye ikhuphe imekyuri. Ngenxa yoko, kwinkqubo yokuphela kwegesi, phantsi kweemeko ezingaphantsi kwe-500 ° C, akukho siganeko sokungcola kwe-mercury. Oku kuyenza ibe sesona sisombululo sifanelekileyo sokuthintela ungcoliseko lwemercury kushishino lokuvelisa izibane.

Emva kwenkqubo yokuvelisa, amabhanti e-nickel afudunyezwa kwi-800 ° C okanye ngaphezulu ngamagagasi aphezulu. Iiathom zeMercury ziyakhutshwa emva koko. Le nkqubo ayinakubuyiselwa njengoko i-titanium ingakwazi ukufunxa iiathom zemercury ezikhutshiweyo. Umthamo we-titanium amalgam unokulawulwa ngokuchanekileyo kakhulu. Njengoko i-ZrAl16 iyimathiriyeli 'yokufumana okulungileyo', i-titanium amalgam ikwaqinisekisa isifunxa esipheleleyo esiphucula ukusebenza kwesibane kunye nobomi.

Isicelo

I-Titanium amalgam inesiphumo esifanayo nesemercury esulungekileyo xa isetyenziswa ekwenzeni izibane ezinomthwalo ophantsi othe ngqo wefluorescent okanye izibane ezibandayo zecathode.

Uhlobo olukhoyo

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