Numerical simulations were carried out to study the steady state performance of a new type of heat transfer unit based on both natural cooling circulation and cryogenic heat pipe. 針對自然循環(huán)與低溫熱管耦合的新型傳熱元件穩態(tài)特性進(jìn)行了數值計算。
In this paper an extended homotopy-continuation algorithm was proposed, based on which the steady state multiplicity characteristics of an ideal reacting system was studied. 本文針對這一問(wèn)題提出了一種擴展的同倫延拓法，并以一個(gè)理想反應器體系為例，顯示出化學(xué)反應器具有的多穩態(tài)特性。
