嗯，就是产生了515摩尔的钛。
钛一定是种稀有贵重的物质吧？
我们如何知道，镁会还原四氯化钛？
这些巨大的固体钛的铸锭，有十几吨。
And, these are giant billets of solid titanium weighing tens of tons.
换算成质量，就是24。7kg的钛。
And then I convert that to mass, and that gives me 24.7 kg of titanium.
手套还能用尼龙，不锈钢，或钛打印出。
钛金属也不错，轻巧得很。
也可用钛，如果我想的话。
在我的反应中，铁的氧化物换作二氧化钛。
其实，未开发的钛储量要比铜丰富一百倍。
Actually, as raw ore, titanium is 100 times as abundant as copper.
我能制出多少的钛呢？
有多少可以被消耗的镁，就能得到相应的钛。
I can only make as much titanium as is consumed by the available magnesium.
没人会称之四氯化钛。
高音质来自IMainGo高输出钛扬声器。
The big sound comes from iMainGo’s high-output titanium speakers.
多余的钛粉可以被回收再利用。
在温度足够高时，与空气接触的熔融钛会着火。
At temperatures high enough to melt it, titanium exposed to air catches fire.
因此而言，我想看看克劳尔法，制备钛的工艺。
And so, for that, I want to look at the production of titanium by the Kroll process.
这将使得钛制零件可以直接打印在机翼外壳上。
This would allow titanium components to be printed directly onto the structure of the wing.
他们必须全力以赴才能做到更高的等级，比如，钛级。
They have to really crank it up and get into higher tiers, like titanium.
在反应的结尾时，反应器里面，消耗了四氯化钛和镁。
And at the end of the reaction, you have the reactor consumed of titanium tetrachloride magnesium.
几乎所有白色涂料的白色都是源于矿石中的二氧化钛。
Nearly all white paint is white because of the titanium dioxide found in the ore.
钛的质地坚固轻巧，并且可以承受470摄氏度的高温。
Titanium is strong, light and can withstand temperatures as high as 470 degrees centigrade.
手表和带子都是钛材料做的，所以它不会干扰准确地读数。
The watch and band are titanium, so it doesn't interfere with an accurate reading.
硬钛剪刀的开价就是700刀，更别说钛扳手了。
Solid-titanium scissors start at $700, and don't even ask about the titanium socket wrench.
硬钛剪刀的开价就是700刀，更别说钛扳手了。
Solid-titanium scissors start at $700, and don't even ask about the titanium socket wrench.
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