No passwords, No popups, No AI, No cost:
we earn from your affiliate purchases

Home /
T.O.C.
Fun
FAQs
Good
Books
Ref.
Libr.
Adver-
tise
Help
Wanted
Current
Q&A's
Site 🔍
Search
ted_yosem
Sound technical content, curated with aloha by
Ted Mooney, P.E. RET
Pine Beach, NJ
finishing.com -- The Home Page of the Finishing Industry


  pub
  The authoritative public forum
  for Metal Finishing since 1989

-----

Density of liquid copper




2003

Hello everyone,

I am working in a project as a graduate student and I desperately need to know what is the density of pure copper in the liquid phase. It is not necessary to get the exact number.

Thank you in advance.

Jim Aziz Liang
- Austin, Texas



For a good approximation, I would suggest you use the density of solid copper (8.933 g/cm3)

trevor crichton
Trevor Crichton
R&D practical scientist
Chesham, Bucks, UK
2003



From Chemical Engineers Handbook [adv: suggestions on Amazon, AbeBooks, or eBay affil links] , 7th Edn., Table 2-119. Densities (Kg/m3) of Selected Elements as a Function of Temperature: Some values for copper:
Cu(s): 8930 at 300 K, 8686 at 800 K, 8458 at 1200 K.
Cu(l): 7920 at 1400 K, 7600 at 1800K. Extrapolates to 7955 at 1356 K (melting point).

Ken Vlach [deceased]
- Goleta, California

contributor of the year Finishing.com honored Ken for his countless carefully researched responses. He passed away May 14, 2015.
Rest in peace, Ken. Thank you for your hard work which the finishing world, and we at finishing.com, continue to benefit from.

2003



Thanks, Ken! I thought Trevor's answer was excellent, but there is much more thermal expansion than my gut allowed for.

Regards,

Ted Mooney, finishing.com
Ted Mooney, P.E.
Striving to live Aloha
finishing.com - Pine Beach, New Jersey
2003


The density of molten copper at 1200 °C is near 7,898 g/cm3.

Gautam Variya
- Ahmedabad - India
September 27, 2012




(No "dead threads" here! If this page isn't currently on the Hotline your Q, A, or Comment will restore it)

Q, A, or Comment on THIS thread -or- Start a NEW Thread

Disclaimer: It's not possible to fully diagnose a finishing problem or the hazards of an operation via these pages. All information presented is for general reference and does not represent a professional opinion nor the policy of an author's employer. The internet is largely anonymous & unvetted; some names may be fictitious and some recommendations might be harmful.

If you are seeking a product or service related to metal finishing, please check these Directories:

Finishing
Jobshops
Capital
Equipment
Chemicals &
Consumables
Consult'g,
& Software


About/Contact  -  Privacy Policy  -  ©1995-2024 finishing.com, Pine Beach, New Jersey, USA  -  about "affil links"