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PREDICTION OF THE ECONOMICALLY OPTIMUM TIME TO INITIATE RECYCLE FOR THE HIGH-TEMPERATURE GAS-COOLED REACTOR INDUSTRY USING COMPUTER PROGRAM DELAY.

Oak Ridge National Lab., Tenn. Tennessee Univ., Knoxville. Dept. of Zoology, F. Furman, R. Pratt, A.L. Lotts

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Abstract

This document contoins informotion of a prellminary nature and was prepared primarily for internol use at the Oak Ridge Notional Laboratory.It i s subiect to revision or correction and therefore does not represent o f i n a l report.. , .

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This document contoins informotion of a prellminary nature and was prepared primarily for internol use at the Oak Ridge Notional Laboratory.It i s subiect to revision or correction and therefore does not represent o f i n a l report.. , .

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Available abstract

This document contoins informotion of a prellminary nature and was prepared primarily for internol use at the Oak Ridge Notional Laboratory.It i s subiect to revision or correction and therefore does not represent o f i n a l report.. , .

Key concepts: Coolant, Helium, Mechanics, Heat flux, Boundary (topology), Nuclear engineering, Materials science, Boundary value problem

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PREDICTION OF THE ECONOMICALLY OPTIMUM TIME TO INITIATE RECYCLE FOR THE HIGH-TEMPERATURE GAS-COOLED REACTOR INDUSTRY USING COMPUTER PROGRAM DELAY. — Research Paper | ScholarLens