TiC vs Ti50C50: What Do the Numbers Mean?

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In summary, the conversation is discussing the difference between crystalline TiC and Ti50C50, and what the numbers in the latter represent. It is mentioned that the numbers represent the percentage of that element in the alloy, and that TiC may be a general name for any Ti+C alloy. Further clarification is needed from someone else.
  • #1
physicist888
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hi everyone
i hope that someone can explain to me what's the different with a crystalline TiC and a Ti50C50, actually what does the numbers (50) represents?
thanks
 
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  • #2
It looks like the "50" is just the percentage of that element in the alloy. Apparently the numbers always add up to 100, for example:

http://adsabs.harvard.edu/abs/1996JAP...80.1910Y
"Different reaction mechanisms during mechanical alloying Ti50C50 and Ti33B67"

So TiC and Ti50C50 seem to be the same thing.

edit: Thinking about this some more ... TiC might just be a general name for any Ti+C alloy, for example it could include Ti60C40 or any other combination. It would be good if somebody else could answer this question.
 
  • #3


I can provide some clarification on the difference between crystalline TiC and Ti50C50. TiC refers to titanium carbide, a compound made of titanium and carbon atoms. This compound has a specific crystal structure, meaning that the titanium and carbon atoms are arranged in a specific pattern. On the other hand, Ti50C50 refers to a specific composition of titanium and carbon in equal proportions, with the numbers representing the percentage of each element in the compound. This means that Ti50C50 is a specific type of titanium carbide with equal amounts of titanium and carbon atoms. The numbers in this case represent the ratio of elements in the compound and can vary depending on the specific composition. I hope this helps to clarify the difference between these two terms.
 

1. What is the difference between TiC and Ti50C50?

TiC stands for titanium carbide, while Ti50C50 refers to a mixture of 50% titanium and 50% carbon. This means that TiC is a pure compound, while Ti50C50 is a mixture of two elements.

2. What properties do TiC and Ti50C50 have?

TiC is a very hard and wear-resistant material, making it useful in cutting tools and coatings. Ti50C50 has a high melting point and is often used in high-temperature applications.

3. How are TiC and Ti50C50 used in industry?

TiC is commonly used in cutting tools, such as drill bits and saw blades, due to its hardness and wear resistance. Ti50C50 is used in high-temperature applications, such as furnace parts and rocket nozzles.

4. Are there any notable differences in cost between TiC and Ti50C50?

TiC is generally more expensive than Ti50C50, as it is a pure compound and requires more complex production processes. However, the specific cost difference may vary depending on current market prices and availability.

5. Which material is better, TiC or Ti50C50?

It depends on the specific application. TiC is better for cutting tools and wear-resistant coatings, while Ti50C50 is better for high-temperature applications. Both materials have unique properties and uses, and it is important to choose the one that best fits the desired purpose.

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