33 results about "Aggradation" patented technology

The invention discloses a fattening method for the cattle making snowflake beef. The nine month old stock calves of 270 plus or minus 30 kg weight are selected for fattening and breeding according tothe following fattening and weighting procedure 1 or the fattening and weighting procedure 2, and the fattening degree value is calculated according to the following formula: the fattening degree value is equal to the (weight / stature) multiply 100. When the fattening degree value is more than or equal to the fattening degree critical value of the cattle variety in a fattening degree critical valuetable, then the cattle can be put into market, and then the cattle which can make snowflake beef is obtained. By giving the nutrition requirement value and the forage feeding value in each fatteningstage, the invention integrates the deeper and difficult growth physiological rule of the bones, the muscles, and the adipose of the cattle, and the technologies of nutrition metabolizing and controlling organically, and simplifies into a forage prescription and the control of the forage taking value. The invention can naturally conduct regulating, and can ensure bones, muscles, and adipose to getmaximum development and aggradation during the peak period of the growth. The forage prescription can be changed freely by the executor of the invention according to the classification of the foragematerial and the price change, and the cost of the forage is controllable.

A kind of physics gas phase aggradation promotion and demotion organization, it includes a glass board load base, a promotion and demotion device which is fixed in both ends of the glass board load base, and a falcula which is linked in the promotion and demotion device. The falcula includes a ceramic main body, the ceramic main body includes one fore-end and one trailing end, an electric conduction film covers in the surface of the ceramic main body, and a metal plate links in the fore-end of the ceramic main body.

The present disclosure relates to a process for permanently reshaping hair, comprising: applying, to an area to be reshaped, a solution comprising at least one polymer chosen from anionic and amphoteric polymers in a medium comprising water and, optionally, at least one cosmetically acceptable solvent, applying, to the area treated in step (a), a reducing composition comprising at least one reducing agent that is capable of cleaving disulfide linkages of the hair and a sufficient amount of ions chosen from metal cations and ammonium ions to precipitate in situ the at least one polymer, shaping the hair in the area treated, followed by a leave-in time for the reducing composition, applying, to the area treated in steps (a) and (b), a fixing composition comprising at least one oxidizing agent, followed by a leave-in time for the fixing composition, and rinsing the hair, and also to a multi-component agent and a multi-compartment kit for the same.

A manufacturing method of measuring key size of scanning electronic microscope (CDSEM) calibration sample includes pre-cleanout of silicon underlay, forming underlay oxidizing layer, accumulating multi crystal silicon layer, forming photosensitive resist pattern, forming gate structure, forming a conducting layer. Gate structure sample gained restrains the aggradation of hydrocarbon induced by cumulation of surface charge for the abreaction effect of conducting layer, so the phenomenon of overloading of CD grown is eliminated to make service life of the calibration sample prolong apparently and guarantee the reliability of test of CDSEM.

This invention provides a kind of method that using the physics gas phase aggradation process semiconductor crystal round, including laying underlayment in the pedestal of the reaction room. The surface of the underlayment draws near the target material that in the reaction room. Target material includes the first face and second face which are set to the surface of the underlayment. The method includes operating the magnet component which is fixed around the revolution component, the revolution component is coupled with the reaction room and coupled with the driving motor and the driving motor is coupled to the drive. The magnet component is put in the place with destine dimension from the centre area of the revolution component. The method includes the magnet component which moves around the centre area by making use of the revolution component. The magnet component rotates with the speed v and affects the space covered in the second surface of the target. The method includes gaining information which relates to the magnet component, the electromagnetic field is relevant to the moving magnet component. The method includes handling information to ascertain if the electromagnetic field is in the preconcert parameter. It transmits the signal to drive to adjust magnet component speed and then to change the electromagnetic field.