The discussion revolves around the interpretation of the unit "W/(g2 cm3)", which is believed to relate to power density. Participants are exploring the meaning of the components of this unit, particularly the significance of the "g" in the context of power density measurements.
The conversation is ongoing, with participants providing insights and references to literature that mention the unit. Some have noted that the unit is often associated with vibration energy harvesting, but there is no explicit consensus on its interpretation yet. Guidance has been offered regarding the need for context to fully understand the unit's application.
Participants have pointed out that the original poster's inquiry lacks a complete problem statement, which is typically required in homework contexts. This has led to discussions about the nature of the question and the necessity of providing additional information for clarity.
Student100 said:Sure it wasn't ##(W/g^2)/cm^3##?
joshmorris said:W/(g2 cm3) is the exact form
Student100 said:That's okay, it's technically the same thing. I've only ever seen it written:
##(mW/g^2)/cm^3)##
Normally in reference to maximum power densities.
Yes, what is the context you saw it in?
joshmorris said:There are other places where I saw mW instead of W, what does it mean though?
Student100 said:Milliwatt.
joshmorris said:I saw a unit "W/(g2 cm3)
PeterDonis said:Where? In what reference? In what context?
Without that sort of information we can't answer your question.
Also, is this homework? If so, you should be filling out the complete homework template, including an actual problem. What you've given isn't a problem, it's just a question.
Student100 said:Here's a paper that references it,
http://iopscience.iop.org/article/1...sessionid=D6364882AAD5BE845D65B93DAC700020.c1
Figure 4. Has units ##(W/g^2)/cm^3##
It almost always has something to do with vibration energy harvesting, I don't know that much about it. Just remember seeing it once before.