Model laws for the transition from nucleate to film boiling with forced convection /

"Report title: Theoretical investigations of the transition from bubble boiling to film boiling at forced convection"--p. v.

Working in confined spaces.

Mode of access: Internet.

Boiling water reactor technology status of the art report / [edited by C. Victor Pearson].

"Reactor technology."

Permit-required confined spaces (permit spaces).

"OSHA 3138."

Every-day cookery for every family : containing nearly 1,000 receipts adapted to moderate incomes and comprising the best and most economical methods of roasting, boiling, broiling, and stewing all kinds of meats, fish, poultry, game and vegetables : simple inexpensive instructions for making pies, puddings, tarts and all other pastry : how to pickle and preserve fruits and vegetables : suitable cookery for invalids and children : food in season and how to choose it : the best ways to make domestic wines and syrups : and ample receipts for bread, cake, soups, gravies, sauces, desserts, jellies, brandied fruits, soaps, perfumes, etc., etc. : and ample directions for carving /

"Domestic wines and liquors": p. 226-236.

Basic experimental studies on boiling fluid flow and heat transfer at elevated pressures for month of ...

"Monthly progress report".

Boiling Nuclear Superheater (BONUS) Power Station : final summary design report /

"May 1, 1962."

Boiling water reactors : an annotated bibliography of selected literature /

"June 1959."

Boiling Nuclear Superheater (BONUS) project : interim report /

"PWRA-GNEC Report No. 1."

Boiling Nuclear Superheater (BONUS) Power Station : supplementary study: extrapolation to large central station intergral nuclear superheat plant /

"January 28, 1960."

Boiling Nuclear Superheater (BONUS) Power Station : final hazards summary report /

"Prepared under contract with the United States Atomic Energy Commission, GNEC/AEC contract AT-(40-I)-2674 and PRWRA/AEC contract AT-(40-I)-2672."

Boiling and flashing reactor central station power plant design study /

"Nuclear Power Group."

Mechanisms for increasing the peak heat flux in boiling saturated water at atmospheric pressure; a report for National Science Foundation, Grant GP 788.

Mode of access: Internet.

A study of the critical heat flux in an accelerating pool boiling system,

"NSF grant no. G-19697."

Theory of small oscillations in boiling water nuclear reactors /

"Prepared under Contract AT(04-3)-165 with the United States Atomic Energy Commission."