30 results about "Yield factor" patented technology

A TFT using an aluminum material for a gate electrode is manufactured at a high yield factor. The gate electrode provided over an active layer and a gate insulating film is constituted by a lamination film of a tantalum layer and an aluminum layer. In this structure, the tantalum layer functions as a stopper, so that it is possible to prevent a constituent material of the aluminum layer from intruding into the gate insulating film. An end portion of the tantalum layer is transformed into tantalum oxide, which has an effect to lower damage at ion implantation to the gate insulating film in the formation of an LDD region.

A plasma display panel and a manufacturing method of barrier ribs thereof are provided. The plasma display panel is divided into a display area and a non-display area located in the periphery of the display area. When discharge space is formed in the display area by barrier ribs, a plurality of honeycomb supporting structures are formed in the non-display area at the same time. The honeycomb supporting structures can increase the yield factor of assembling the substrates, and then the display quality of the plasma display panels can be improved.

The invention discloses a dredging operation yield prediction model analysis method based on a BP neural network. The dredging operation yield prediction model analysis method based on the BP neural network comprises the following steps that (1) data information influencing dredging operation yield factor variables is collected, p influence factors are determined, and a sample matrix is listed, wherein p is a positive integer; (2) pretreatment is conducted on sample data; (3) a network is established, and a training sample and a testing sample are determined; (4) the established network is trained according to the training sample; (5) according to the testing sample, the established network is tested; (6) the performance of the network is estimated by computing the offset condition between a predicated value and a true value. By the adoption of the dredging operation yield prediction model analysis method based on the BP neural network, a nonlinear mapping function from input to output is achieved, a nonlinear relationship is established between input and output, and an established model is high in fault-tolerant capacity and high in prediction speed; theoretical basis can be laid for optimization study of dredging operation yield, and the purposes of high efficiency, high yield and low energy consumption can be achieved.

The invention discloses a method for preparing benflumetol intermediate alpha-(di-n-butylaminomethyl)-2, 7- dichloro-4-fluorenemethanol and the hydrochloride thereof. The alpha-(di-n-butylaminomethyl)-2, 7- dichloro-4-fluorenemethanol is obtained by directly reacting 2, 7-Dichlorofluoren as raw material with the chloroacetyl chloride, then reducing the obtained mixture with potassium borohydride or sodium borohydride for 10 to 24 hours, washing the obtained solids with water, then adding the obtained solids into recycled ethanol mother solution concentrate, adding N-Dibutylamine into the mother solution concentrate and the target product is separated from the reaction mixture; the hydrochloride of the alpha-(di-n-butylaminomethyl)-2, 7- dichloro-4-fluorenemethanol is obtained by adding chlorhydric acid into the reaction mixture to salify the reaction mixture and then crystallizing the reaction mixture. The method has cheap raw materials, simple and convenient operations and high yield factor and in particular greatly reduces the production cost by reusing the ethanol mother solution.

The invention discloses a method for testing the putrefaction capacity of putrefactive bacteria of fish, relates to fish preservation technology, and aims to provide a method for testing and quantitatively analyzing the putrefaction capacity of the putrefactive bacteria of fish. The technical scheme comprises the steps of preparing pure bacterial liquid of the putrefactive bacteria, preparing aseptic fish blocks, inoculating, and analyzing the growth rate of the putrefactive bacteria and the generation rate of putrefactive metabolic product. The method is characterized in that: the prepared aseptic fish blocks are soaked in the pure bacterial liquid of the putrefactive bacteria to be tested, the inoculated fish blocks are stored at the temperature of (5+/-0.1) DEG C, and the sensory evaluation, total volatile basic nitrogen (TVBN) test and to-be-tested putrefactive bacteria counting are respectively carried out on the inoculated fish blocks every 24 hours; and the putrefaction capacity of the putrefactive bacteria is represented by the quantity of the putrefactive metabolic product (TVBN) generated by unit putrefactive bacteria inoculated into the fish blocks, and a TVBN yield factor (YTVBN/CFU) of the sensory putrefactive point is taken as a quantitative index of the putrefaction capacity of the putrefactive bacteria.

The invention belongs to the field of application of biotechnology and relates to an ethylene response factor gene of a cotton transcription factor. The ethylene response factor gene is Gh ERF7, a sequence of the ethylene response factor gene in upland cotton vitex 8891 and tetraploid upland cotton (G.hirsutum) TM-1 is shown in SEQ ID NO.1, the sequence of the ethylene response factor gene in a tetraploid sea island cotton (G.barbadense) H7124 is shown in SEQ ID NO.2, and a sequence of the ethylene response factor gene in Africa cotton (G.herbaceum) and Asian cotton (G.arboreum) genome is shown in SEQ ID NO.3. An ethylene response factor family gene (Gh ERF7) has no obvious response on adversity but is related to growth of cotton ovule and early fiber and yield of cotton, and the yield of cotton is obviously increased as the ethylene response factor gene exists in a genome. The ethylene response factor gene can regulate expression of some genes related to control on cotton yield factors, so that great contribution is done to increase of the yield of cotton, and the yield of cotton is hopefully greatly increased when the ethylene response factor gene is excessively expressed.

The invention provides a vacuum processing apparatus and vacuum processing method capable of improving the yield factor of a product. A vacuum processing apparatus 1 comprises a plurality of vacuum processing chambers 7 for providing vacuum processing to a sample 2, a vacuum carriage means 8 for carrying a sample into and out of the vacuum processing chamber 7, a switchable chamber 9 capable of being switched between atmosphere and vacuum for carrying a sample into and out of the vacuum processing chamber, a cassette supporting means 10 for supporting a plurality of cassettes housing samples, a carriage means 4 capable of moving vertically for taking out a sample from a given cassette on the cassette supporting means, and a control means performing carriage control for carrying the sample in the given cassette via the carriage means, the switchable chamber and the vacuum carriage means into the vacuum processing chamber and for carrying the processed sample out of the vacuum processing chamber, wherein the apparatus is further equipped with a waiting cassette supporting means for supporting a waiting cassette 5 capable of preventing the processed samples and the unprocessed samples from being mixed in a single cassette.

The invention relates to a grain-saving feed diluted enzyme additive and a preparation method thereof. The grain-saving feed diluted enzyme additive consists of rare earth chloride, rare earth nitrate, lignin enzyme, cellulase, hemicellulase, complex enzyme, medical stone, bentonite, talcum powder, zeolite, ferrous sulfate, manganese sulfate, zinc sulfate, copper sulfate, cobalt sulfate, calcium sulfate and sodium selenite. Lanthanide series light rare earth and enzyme are taken as main materials, Chinese medical stone is taken as a carrier, a proper amount of microelements is taken as feed additive, catalysis of the rare earth, degradation of the enzyme and nutrition functions of the microelements are combined according to optimal proportion. The feed made from the additive has rich nutrition, delicious flavor and high digestivity, and can increase yield factor of livestock and poultry by 6-8%, save 10-12% feed, reduce feed cost by 8-10%, and effectively improve product quality.

The invention discloses a gene for controlling the rice height and the seed size and encoding protein thereof, discloses a vector including the gene and a fragment thereof and a host cell and also discloses a method for adjusting the rice height and the seed size in plants, and the method comprises the following steps: the plant cell is transformed by using the expression vector including the gene; and the transformed plant cell is cultivated into a plant. The gene has important theoretical significance on the aspect of disclosing the formation mechanism of the rice height and the seed size and also has extremely high operability on typing the rice molecular plants, breeding by yield design, molding the proper rice yield factor and effectively improving the rice yield.

An active mixer with self-adaptive bias feedback is described and resolves a poor linearity, inconvenient design of a bias circuit, and other defects of a conventional mixer. The dual self-feedback bias structure according to this invention is used. The active mixer with self-adaptive bias feedback has a power supply, an RF input match/drive unit, a local oscillator input match/drive unit, a mixer core unit, a self-adaptive twin bias circuit and an IF output match/buffer unit. This invention improves the linearity of a conventional mixer and does not affect other characteristics. There are fewer components in this invention; an area of the mixer is thus smaller. Further, this invention may improve temperature response, increase yield factor, and lower unit cost. The dual self-feedback bias structure is designed for further application to other semiconductor manufacturing processes, components, and microwave products.

The invention relates to the production of microorganism grease, in particular to a method for improving the fermentation production efficiency of the microorganism grease which inoculates the seed of microzyme for generating grease into a fermentation liquid and adds an alcohol compound during the period of fermentation; the concentration of the alcohol compound in the fermentation liquid is 0.01 to 5.mM; the adding time of the alcohol compound is 0 to 40 h after the fermentation liquid is inoculated; after the concentration of the total reducing sugar in the fermentation liquid is reduced to be below 1g/L, the culturing is stopped; the mycelium is concentrically collected and is extracted by an organic liquid to obtain the microorganism grease; compared with a contrast group without adding the alcohol compound, the biomass of the mycelium, the grease content and the increasing rate of the fat yield factor respectively achieve 0.6 to 5.7 percent, 0.2 to 7.4 percent and 1.4 to 13.2 percent; the fermentation time is shortened by 2.8 to 27.1 percent. The method of the invention is really effective, is simply carried out and is a novel method which shortens the fermentation period, enhances the utilizing capability of the microorganism to a substrate and improves the production efficiency of the microorganism grease.

An automatic production method of making a light-emitting-diode lamp tube is disclosed. The method includes providing a circuit board in a shape of a long strip, printing a bonding layer, mounting electronic inserts, heating up the circuit board, assembling a heat dissipation seat, assembling a translucent cover and assembling an end cap, thereby accomplishing the lamp tube. By the abovementioned steps, the light-emitting-diode lamp tube can be produced automatically, the manufacturing process can be simplified to reduce the labor cost, and the yield factor can be improved considerably.

The invention belongs to the technical field of plant protection and fertilizer, and more specifically relates to applications of fulvic acid and a fulvic acid salt in transplanting rice field weed prevention and control, and rice field yield increasing. According to the invention, fulvic acid and the fulvic acid salt are applied in transplanting rice fields as active components to prevent and control gramineous weeds and broadleaf weeds, shortening rice maturing period, increasing yield factors such as rice plant height, rice spike length, and maturing rate, and increasing rice yield.

One face of a substrate of a diffuser with a light condensing function is disposed with a plurality of prism rods; at least one inclined face of parts of prism rods is disposed with a rough diffusion face; the diffusion face may be positioned on any position of the inclined face of the prism rod; the diffusion face is disposed with a plurality of irregularly arranged raised and indented stripes perpendicular, not perpendicular or parallel to a crest line of the prism rod; chromatic dispersion can be reduced and stripes of the prism rods can be atomized effectively by utilizing the diffusion face to eliminate the occurrence of moiré fringes and elevate the yield factor.

A stacked photovoltaic element contains a structure formed by sequentially arranging a metal layer 103, a lower transparent conductive layer 104, a first n-layer 105 of non-single-crystal silicon, a first i-layer 106 of microcrystal silicon, a first player 108 of non-single-crystal silicon, a second n-layer 109 of non-single-crystal silicon, a second i-layer 110 of microcrystal silicon and a second player 112 of non-single-crystal silicon on a support body 102. The first i-layer 106 and the second i-layer 110 are made to contain phosphor and the content ratio R1 of phosphor to silicon of the first i-layer 106 and the content ratio R2 of phosphor to silicon of the second i-layer 110 are defined by the formula of R2 < R1. With this arrangement, photovoltaic elements showing a high conversion efficiency can be manufactured with a high yield factor.

The present invention provides an electron gun which is characterized in that it includes an electrically non-conductive substrate through which a perforation is provided and a cathode-structure supporting member is welded to power-feeding members that are bonded to a stem side of the electrically non-conductive substrate, the cathode-structure supporting member supplying power to a heater included in a cathode structure. Structured as such, it becomes possible to reduce the size of the electron gun in the tube-axis direction, since an additional member for supporting the heater becomes unnecessary. In addition, the cathode-structure supporting member makes the electrically non-conductive substrate to work as a wiring board for supplying voltage to the cathode, thereby realizing a slim cathode-ray tube. Further, the above structure improves accuracy in the assembly process of the electron gun, thereby improving the yield factor.

The invention discloses a method for judging the macroscopic residual stress level of a steel wire by utilizing the change rule of the instantaneous tensile elasticity modulus of the steel wire along with tensile stress. According to the method, a function relationship between the yield ratio (yield factor) on the cross section of the steel wire and the instantaneous elastic modulus of the steel wire is established, and the macroscopic residual stress level of the steel wire and the yield ratio on the cross section under a certain nominal tensile stress can be calculated by measuring the instantaneous elastic modulus of the steel wire. The method comprises the steps of A, loading a tensile steel wire by stages by using a tensile testing machine; B, drawing an E-sigma relation curve of the load secant elasticity modulus of each level and nominal stress; C, determining the tensile elastic modulus ET of the steel wire in a residual-stress-free state, the nominal stress [sigma]1 for starting to yield in a section part area and the yield stress [sigma]Y of the whole section according to the E-sigma curve; D, calculating the maximum macroscopic residual stress [sigma]R of the steel wire according to a formula [sigma]R=[sigma]Y-[sigma]1; E, when [sigma] is greater than [sigma]1, obtaining that the tensile stress on the cross section of the steel wire reaches the yield area ratio; and F, modifying a common tensile testing machine and a loading program.