The whole procedure of temperature-controlled annealing was carried out in the thermostat of a ThermoQuest-Finnigan gas chromatograph (San Jose, CA, USA).
The procedure of temperature-controlled annealing performed after DNA denaturation at 98°C was similar to that adopted for oligonucleotides, except for the fact that the samples were put together in the thermostat and exposed to a sequence of five 20-min periods, in which the plateau temperatures were set, in order, at the values of 73, 67, 64, 61, and 58°C.
The factors – application procedure, influence of temperature, spraying rate, incorporation percentage and TiO2 immobilization (from traffic and rain removal) – were evaluated based on Rhodamine B (RhB) degradation.
This paper describes the different steps followed during the implementation procedure of a temperature controller and a supervisory controller in a SCADA to control two batch reactors of 60 1 and 160 1 size of an industrial pharmaceutical plant.
As it shown in paper [10], initially dominates generation of nonradiative recombination centers under the procedure of high temperature annealing.
The second one was the development of a procedure for temperature signal treatment and local heat flux calculation based on one-dimensional Fourier analysis.
The experimental procedures made use of temperature sensors supplied by industry and assembled on specially designed supports.
At the beginning of the procedure, the temperature of the operative field was on average 36.8 °C ± 0.80 °C, i.e. only 1 °C higher than the esophageal temperature.
At the beginning of the procedure, the temperature of the operative field oscillated around Tes, but rapidly increased up to 45 °C during sphenoid bone drilling with a high-speed diamond burr (asterixes).
Hyperthermia, the procedure of raising the temperature of tumour-loaded tissue to 40 43°C, is applied as an adjunctive therapy with various established cancer treatments such as radiotherapy and chemotherapy.
