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EditorialJohn R. Campbell, Publisher jrc@cryogas.com Agnes H. Baker, Editor abaker@cryogas.com Christine E. Turley, Associate Editor cturley@cryogas.com Maura D. Garvey, Market Research mdgarvey@cryogas.com AdvertisingJohn Miaskowski, National Sales Manager 17158 Golden Star Drive Strongsville, Ohio 44136 Phone: 440-572-4744 Fax: 440-572-3389 E-mail:jklm@stratos.net George Horrigan, West Coast Regional Sales Manager Phone: 818-710-1032 Fax: 818-710-1032 E-mail: ghorrigan@aol.com Jayne Freitas Advertising Coordinator 5 Militia Drive Lexington, MA 02421 Tel: 781-862-0624 Fax: 781-863-9411 E-mail: jfreitas@cryogas.com CirculationMelissa Martel Circulation Manager Tel: 781-862-0624 Fax: 781-863-9411 E-mail: mmartel@cryogas.com |
YOUTH OF THE WORLD TEAM UP ON HYDROGEN INNOVATIONS
Feeling Unappreciated...
By Art Waskey Recently, I was assisting with a rep’s technical
quotation; he had spent a considerable amount of time learning and evaluating
the customer’s manufacturing needs through plant visits and interviews with
their engineers. Unexpectedly, we were notified that purchasing was initiating
a two hour reverse auction (an on-line bidding frenzy where the last and lowest
offer gets the award) to make the final vendor selection. A METAL SHOP CAN BE A DANGEROUS PLACE EVEN UNDER THE BEST OF CIRCUMSTANCES There are always safety considerations to be aware of when moving into a new facility. SafTcart's new manufacturing facility, which we moved into in January of 2006, was previously a mobile home manufacturing plant and had been empty for more than five years. Needless to say, we had a lot of renovating to do prior to moving day. ... Basic Cryogenics That Even I Can Understand
THIS MONTH WE REVIEW DENSITY AS IT RELATES TO CRYOGENS
Keith Hall Density is a measure of mass per unit of volume. A dense object, such as a brick of lead, weighs much more than an equal-sized brick of a less dense substance, like styrofoam. To determine the density, you simply divide an object’s weight by its volume. This formula is expressed as ρ= m / V, where ρ is the object’s density; ... |
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