This paper presents an analysis of the critical conditions of thermal ignition for a porous slab lying on a nonpermeable surface. It is shown that, for a large dimensionless adiabatic temperature rise, the influence of the oxygen consumption on the critical parameter of thermal ignition there is thr
Temperature instability of a self-heating slab
β Scribed by Dong-Pao Chou; Sidney Yip
- Book ID
- 103892766
- Publisher
- Elsevier Science
- Year
- 1983
- Tongue
- English
- Weight
- 80 KB
- Volume
- 118
- Category
- Article
- ISSN
- 0378-4371
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β¦ Synopsis
By performing turbidity measurements in a Nitrobenzene-nHexane mixture with different compositions,
we have evidenced an exponent p = l/2 when the system is taken out of equilibrium by a velocity gradient, whereas p = 0.325 when it is at equilibrium.
GEL-LIKE MODE OF POLYMER SOLUTIONS IN 'W'-SOLVENT,
π SIMILAR VOLUMES
The basic theory of thermal ignition is largely based on the heat conduction equation with an Arrhenius exothermic reaction term [1][2][3]. If one assumes that reactant concentration is uniform, depletion can be ignored, and conduction is the only heat transport mechanism, then criticality behavior
Temperature stability of a piezoresistive 1.5 lm thin SOI resonator at 74 MHz is presented. As compared to capacitive resonators the self-heating due to the bias current causes a further decrease of the resonator frequency, in addition to the well-known dependency on ambient temperature. The interpr