46results about How to "Shorten evaluation time" patented technology

A totally-integrated high-flux cell level micro-fluidic chip medicine evaluating system is a multifunctional cell level medicine evaluating system treating a micro-fluidic chip as a core technology, starting from the total design of an integrated high-flux automatic micro-fluidic chip system and integrating a cell function chip module, a flow path control module, a cell culture microenvironment module and a cell response signal real-time monitoring module. The totally-integrated high-flux cell level micro-fluidic chip medicine evaluating system has the characteristics of total integration, high flux, less sample consumption, totally-closed operation, realization of multi-parameter real time monitoring, and the like, has a very strong original innovativeness, and is of great significance to the large-scale medicine research and development.

The present invention belongs to the uranium geology and resource evaluation technology field, in particular to a method of positioning the uranium deposits rapidly and effectively in a hot spot active region. The method comprises the following steps of 1 determining a hot spot active region range and a geological background; 2 screening and positioning a uranium mineralization favorable area in the hot spot active region; 3 screening and positioning a key section in a favorable metallogenic region; 4 determining a uranium mineralization environment in the key section; 5 integrating the metallogenic information and predicting the mineralization; 6 drilling and verifying in the key section. A uranium deposit and ore body positioning technology of the present invention is based on a brand new hot spot uranium mineralization theory and a prediction method and combines the geology, geophysics and geochemistry features to carry out the regional mineralization prediction and positioning on the basis of fully mining the previous data, and an operation method is simple and convenient and is high in accuracy, the prediction blindness is reduced, and the evaluation time is shortened.

The invention provides an oil deposit well pattern and injection-production scheme optimum design method based on a balanced water drive idea. The method comprises the steps of 1, collecting and arranging block geological and development related data; 2, setting optimizing related parameters, and completing the well pattern and injection-production optimization preparation work; 3, adopting an oildeposit engineering method, predicting the displacement condition on each direction under current well location and injection-production parameters and performing quantitative evaluation; 4, adoptinga global random search algorithm, optimizing and generating novel well location/injection-production parameters, and predicting and evaluating the displacement condition in each injection-productiondirection under novel well location injection-production parameters; 5, arranging the optimization result, forming a well pattern injection-production design scheme, and performing on-site implementation. According to the method, the water drive development index calculation method built on the basis of the oil deposit engineering idea is combined with the optimization theory, the global random search algorithm is adopted for automatic solving, the calculation efficiency is ensured while the well pattern and injection-production scheme matched with the actual oil deposit is obtained, and the oil deposit recovery efficiency is improved.

A multi-channel fixed-bed reactor for screening and evaluating the catalysts used for gas-phase synthesis of methanol, dimether, dimethyl carbonate, etc is composed of specimen feeding system, parallel reactors, oil-bath heater and resultant collecting system. The activities of multiple catalysts can simultaneously researched. Its reaction method is also disclosed.

The invention relates to the field of glass, and discloses a method of evaluating glass substrate heat shrinkage. The method comprises the following steps: by adopting a coordinate axis calibration manner and matching with determination of a delta alpha axis representing an axial shrinkage ratio difference, an alpha surface representing a surface shrinkage ratio and an alpha line index representing a linear shrinkage ratio, comprehensive evaluation on the heat shrinkage condition of a glass substrate is realized. Particularly, by adopting a mesh generation manner, the heat shrinkage condition of each region of the glass substrate can be more intuitively observed and analyzed, so that reflection of the uneven heat shrinkage problem of the glass substrate and contrastive analysis among different glass substrates are more facilitated.

The invention relates to a surfactant composition and its application. The application contains polyoxyethylene nonyl phenyl ether and an anionic surfactant. The invention also relates to a method for evaluating the point load performance of a plastic tube by using the surfactant composition. The use of the surfactant composition in environmental stress crack resistance evaluating test and low speed crack increase resistance evaluating test substantially shortens the evaluating time.

The invention pertains to the technical field of material testing, in particular to a metallic film specimen and its preparing method for evaluating and screening the stored materials in a museum. The invention uses modern and mature film-coating technology to coat silver and copper particle film in thickness of 100-300nm on surfaces of different substrates, so as to get the desired metallic film specimen. The invention can greatly reduce the use of metallic material, simplify operation and reduce cost; can avoid the shortcoming of poor repeatability of experimental data due to bulk metallic specimen, is good for digital analysis on the difference in specimen before and after corrosion, and overcomes any artificial error brought about by Oddy Test due to observation by naked eyes, and can greatly reduce the test period, is good for popularization and application in great scale.

The invention discloses a method and device for evaluating the long-term effectiveness of a solidified/stabilized heavy metal contaminated soil remediation agent. The method comprises the steps of 1,taking soil meeting the requirements after solidified/stabilized remediation to prepare a soil simulation sample; leaching the soil simulation sample with simulated acid rain until the leacheate doesnot meet the requirements of an underground water functional area at the position of the original soil, recording the total simulated acid rain leaching amount before the leacheate does not meet the requirements, and calculating the long-term effectiveness period of the remediation technology according to the total simulated acid rain leaching amount. According to the scheme, the soil is leached through simulated rainfall, pollution indexes in the leacheate are detected, and the long-term effectiveness period is calculated. The method can be used for rapidly evaluating the long-term effectiveness of solidified/stabilized remediation of the heavy metal contaminated soil, key data such as the effective time and the remediation effect are obtained, and engineering application research is facilitated.

The invention discloses a catalyst performance evaluation device. The device comprises a heat exchanger, a heater and a reactor, wherein the heat exchanger has a preheating side and a heat recovery side, the preheating side is connected with an air inlet pipe, the heat recovery side is connected with an air outlet pipe, a first pipeline is connected between the preheating side and the heater, a second pipeline is connected between the heater and the reactor, a third pipeline is connected between the reactor and the heat recovery side, the reactor comprises a cylinder body, a catalyst bin is arranged in the cylinder body and used for containing a catalyst, and a flange plate cylinder cover is detachably arranged at an upper end of the cylinder body. The device is advantaged in that universality is good, performance of various catalysts can be evaluated, the interval time for replacing the catalysts is short, heating energy consumption is low, working efficiency is high, and economic performance is good.

The invention belongs to the technical field of power system power devices, and particularly relates to a power device safety operation evaluation method. According to the evaluation method, a relation model between evaluation parameters is firstly built, on the basis, weighting and other mathematical adjustment are carried out on each parameter, results after adjustment are subjected to crossing and integration, and the data after crossing and integration are adjusted again. The power device safety operation evaluation method has advantages of accurate evaluation by an information redundancy technology method and also advantages of convenient operation by a scoring method; on the basis of not changing the algorithm, evaluation parameters are increased and decreased, and degradation and extension are easy; and in addition, when the method is adopted to evaluate the power device operation state, all evaluation indexes do not need to be traversed, the G matrix of the invention only needs to be monitored, and the operation is easy.

The invention provides a grouting quality comprehensive evaluation method based on an analytic hierarchy process and a variable fuzzy set theory, which is characterized by comprising the following steps: selecting first-level indexes and second-level indexes according to industrial standard specifications of grouting engineering construction quality, wherein the first-level indexes are groutability before grouting, design and construction rationality and post-grouting quality, the secondary indexes of the groutability before grouting are rock mass attributes and slurry properties, the secondary indexes of the design and construction rationality are design parameters and construction parameters, and the secondary indexes of the quality after grouting are permeability, compactness and durability; and dividing the grouting project quality grade standards into five grade standards, wherein the grade standards of the grouting project quality grades comprise excellent grade, good grade, medium grade, qualified grade and poor grade. The problems that an existing grouting comprehensive evaluation result is subjective, the requirement for original data is too high, and credibility is poor are solved.

The invention relates to an intelligent workshop combination scheduling control method, which comprises the following steps: forming a new combined scheduling rule by adopting a tree-shaped structure,and determining composition elements of the combined scheduling rule, including a terminator set and a function set; and mining the combined scheduling rule based on a GP (Genetic Program) algorithm;carrying out genetic operations such as replication, crossover, variation and the like on each generation of GP individuals, and carrying out an evolution process of the GP population; establishing aGP individual evaluation model by adopting a mode based on SBO (Sequence Based Optimization); operating the GP individual evaluation model to obtain the fitness value of each GP individual; judging whether an evolution termination condition is met, if so, ending evolution of the GP population, and outputting a final GP individual, namely a combination scheduling rule obtained through final mining; and if not, continuing to evolve the population. Compared with the prior art, the intelligent workshop combination scheduling control method has the advantages that the production performance of theproduction line is improved, and real-time scheduling along with the change of the working condition of the production line is met.

The invention belongs to the technical field of activated coke desulfurization and denitrification. Specifically, the invention provides the rapid evaluation method for the regeneration effect of thedesulfurization and denitrification active coke. The method comprises the following steps: respectively taking one part of an active coke sample A and one part of an active coke sample B at an inlet and an outlet of an active coke regeneration tower, respectively taking a certain amount of samples, crushing to obtain a crushed sample A and a crushed sample B, finally adding deionized water, standing, respectively measuring the pH values of filtrate, and respectively marking as CA and CB; and evaluating the regeneration effect of the active coke according to the formula (1). According to the scheme, the regeneration effect of the active coke recycled in the desulfurization and denitrification system can be evaluated; the pH values of the activated coke before and after regeneration are usedfor representing the regeneration effect of the activated coke, the evaluation time can be shortened to several minutes from several hours of a traditional desulfurization and denitrification performance test, huge desulfurization and denitrification performance test equipment is not needed, the regeneration effect of the activated coke can be rapidly evaluated in real time, and normal productionoperation is not influenced.

The invention provides a scientific and technological achievement commercialization potential evaluation method and system, and the method comprises the steps: presetting multiple groups of expert system permissions and corresponding first-level evaluation indexes and second-level evaluation indexes, and the second-level evaluation indexes comprise quantitative evaluation indexes and qualitative evaluation indexes; determining weights of the quantitative evaluation index and the qualitative evaluation index; according to the determined weight, evaluating each quantitative evaluation index and each qualitative evaluation index of the scientific and technological achievement conversion content to obtain a secondary evaluation result; and constructing a primary evaluation model, and inputting the secondary evaluation result into the primary evaluation model to obtain a final scientific and technological achievement commercialization potential evaluation result. Meanwhile, the invention provides a corresponding terminal and a medium. The evaluation process is not interfered by the external environment, and an objective, fair and comprehensive evaluation result can be obtained; further improvement of commercialization potential of scientific and technological achievements is facilitated, and conversion of advanced and applicable scientific and technological achievements into practical productivity is facilitated; and a more comprehensive evaluation result can be obtained.