Sentence examples for introducing the heat from inspiring English sources

Open image in new window Fig. 6 Introducing the heat transfer equations leads to a double determination of the heat fluxes.

By introducing the heat shock promoter to the cell-specific RNAi technique, we established a new method for time-specific and cell-specific knockdown of genes, in which expression of one RNA strand (sense or anti-sense) was driven by a cell-specific promoter, and the expression of the other RNA strand was induced by a heat shock promoter (see Additional file 7: Figure S6B).

The processing time can be largely reduced by introducing the pre-heat treatment process.

In this method, the multi-period HENs are finalized by introducing the commonly shared heat exchangers in the multi-period HENs model.

The size of heat exchanger can be more compact by introducing the fins to increase the heat transfer rate between the heat exchanger surface and the surroundings.

The equivalent heat resistance model is a new method that has the ability to calculate the heat gain from floor by introducing the concept of equivalent heat resistance.

In Bo et al. [6], Diop and Huang [7], Duncan et al. [8], Balan [9], Hu and Nualart [10], Liu and Yan [11], the authors introduced the stochastic heat equations with fractional white noises, and about the stochastic heat equations with fractional-colored noises we can see Jiang et al. [12, 13], Balan and Tudor [14, 15], Tudor [16] and the references therein.

The size of heat exchanger can be limited by introducing the fins and increasing the heat transfer rate between the surface and the surroundings.

We have introduced the effective heat capacity (ρc)m and effective thermal conductivity, km, of the porous medium.

We introduce the peridynamic heat flux which exists even at sharp corners or when the isotherms are not smooth surfaces.

In the space F(M) of piecewise linear scalar functions defined on a triangle mesh M, we introduce the wFEM heat kernel Kt, which is used to increase the degree of flexibility in the design of geometry-aware basis functions.