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This matter requires a gear drive for speed reduction with speed ratio i = 18.
The PIC16F870 features 64 bytes of EEPROM data memory, self programming, an ICD, 5 channels of 10-bit Analog-to-Digital (A/D) converter, 2 additional timers, a capture/compare/PWM functions and a Universal Asynchronous Receiver Transmitter (USART).

Data on pesticide use on tropical pumpkin is not available for china, but the situation is probably similar.
While this study supports the suggestion that reduction of disease in this farming system is largely physical in nature, it also underscores the need for extended analyses of the interactions of soil ecology and plant disease.

Materials and Methods A specification list in term of mechanical, compositional and morphological data for cancellous and cortical bone substitutes was drew up.
Pyrolysis products resulted in a strong volume reduction (~25-30%), but the slow heating treatment permit to maintaining the highly organized microstructure of the native wood (figures 1 and 2).

We further demonstrate that mechanical clamping does not result in a significant reduction of the EC response but greatly reduces its dependence on temperature.
From these data, we can draw a conclusion that, with increasing composition of Ti, the electrocaloric effect is enlarged, together with increasing structure transition temperatures.

Where, nσ is safety factor; σb is ultimate strength of material; σ-1N is fatigue limit of material under limited life design; KσDN is fatigue strength reduction coefficient of part under limited life design; KsN is dispersion coefficient; σa is stress amplitude; Ks1 is dispersion coefficient; σm is average stress; p1s is preload generated by strips; p0 is die load; Δp1 is reaction force generated by steel belt layers; Δr is strip thickness; m is number of strip layers; w is strip width; μ1 is Poisson ratio of core material; E1 is modulus of elasticity of core material; a is inner radius of the core; b is outer radius of the core; μ2 is Poisson ratio of the strip material; E2 is modulus of elasticity of strip material.
According to the data in the table, the order of which the influence of factors on the results of the fatigue design is B>C>A, B is the main factor.

Due to using electrical growth of family, enterprises and power equipments, the oil in lots of transformers has excess temperature because of overload, what’s more, it will lead to the oil in transformers insulation decline, oil flow electrification and transformer coil aging, even make transformers fire and explode. [1]Against the background of energy saving and emission reduction, reducing transformers’ oil temperature becomes an issue which has a great deal of social effect.
To prove the validity of this model, a set of experimental data from a experimental platform which simulates S11-4000/35 is compared to the model date.

It is true that the major driving force for abnormal grain growth is the reduction in grain boundary energy, but an additional driving force may be needed to overcome the circumstance that normal grain growth is being inhibited [5].
Figure 4 shows the OIM maps and the inverse pole figures recalculated from the OIM data, obtained in the Fe-36%Ni alloy electrodeposit which was heated up to 390°C and then instantly cooled down to ambient temperature.

The tensile strength was calculated and data was analyzed statistically based on the Weibull method.
The fibres tested with a 100 mm gauge length showed an improvement of 35% with 50% probability of failure, compared to uncoated fibres, a clear indication of the reduction in notch sensitivity.

Since we used a large dilution ratio (HMDS/H2 ≈ 10-4) this may come from the strong effect of carbon reduction by hydrogen.
In opposition with literature data, the growth temperature could not be reduced significantly when using HMDS.

Introduction Some authors have reported the reduction of defect density in SiC epilayers grown on porous SiC substrates (PSC) by using the combinations of different methods including x-ray topography, Scanning Electron Microscopy (SEM) and Transmission Electron Microscopy (TEM) [1,2].
The inference is in the agreement with the data reported in [5] where it was shown that the pore formation strongly depended on the defect structure of the initial bulk material: for the samples with the dislocations non-uniformly distributed both throughout the bulk and along the surface of a sample, the pore size, porosity, and porous layer thickness exhibited dramatic changes.