36 results about "Reaction behavior" patented technology

By modifying the vertical dopant concentration in deep drain and source regions, the reaction behavior during the formation of metal silicide regions may be controlled. For this purpose, an increased dopant concentration is formed around a target depth for the metal silicide interface, thereby reducing the reaction speeds and thus improving the uniformity of the resulting metal silicide interface.

The invention discloses a virtual reality system for experiencing a fire-fighting scene. The virtual reality system comprises a fire-fighting virtual training interaction module, a fire-fighting training scene virtual electric control module and a practice training cabin, wherein the fire-fighting virtual training interaction module utilizes a 3D interaction technique to establish an entity high-precision model in high compatibility; the fire-fighting training scene virtual electric control module utilizes the combination of an environment control module and a digital-to-analogue conversion device to seamlessly connect the reaction behaviors of trainees in the virtual fire scene with the virtual equipment and scene objects in the fire scene; a special annular visual angle high-reflection developing carrier with a 5M diameter is used as an outer layer of the practice training cabin; and a 360-degree multi-channel curved fusing projection system which is composed of five sets of high-luminance image projection devices is arranged above the developing carrier. The virtual reality system does not consume the true fire-fighting equipment in the maneuver, does not pollute the environment and can guarantee the daily fire-fighting maneuver and skilled rescue skills of a fire-fighting commander.

The invention relates to a non-human primate animal reaction behavior testing system comprising an animal self-drug delivery system operation box, a fixed chair and protection clothes. The fixed chair is placed in the operation box; the operation box is cooperatively equipped with testing equipment testing animal reaction behaviors; the fixed chair is formed by a chair seat and a chair back; the back part of the protection clothes is provided with a protection box accommodating a body surface retention tube; and the protection box can be fixed on the chair back to fix the protection clothes, so an animal can be fixed and animal behaviors can be tested via the testing equipment. Various demands during the testing process can be thoroughly met by the use of the testing system and the testing process can be simplified, so testing cost can be lowered; the animal can be fixed with the back of the animal fixation during the test, so arms and legs of the animal can freely move; and animal behaviors can be accurately monitored.

The invention provides a method and system for analyzing reaction behavior based on human-computer interaction. The method comprises: receiving the selection response made by the subject to the content of interest in the process of watching the stimulus material, obtaining and recording the response data; receiving the marking information of each interest area; receiving the parameters selected in the display parameter options; playing back the stimulus material, by The ROI option controls to display the selected ROI in the material in the selected ROI display mode, and is controlled by parameters to display the selected data and displays the data in different ways when multiple subjects are selected, and is controlled by the parameters when playing back the material In the data statistics display method; when the method is a heat map and all data are displayed, the statistics display the total number of responses in the same interest area; and flow sequence analysis. Through the above solution, the problem of analyzing the region of interest without an eye movement device can be solved.

The invention discloses a vanadium-phosphorus-oxide (VPO) catalyst for preparing crylic acid or methyl acrylate by condensing acetic acid or methyl acetate with formaldehyde. A preparation method of the vanadium-phosphorus-oxide (VPO) catalyst comprises the following steps: reducing pentavalent vanadium (vanadium pentoxide) through monobenzyl alcohol or a mixed alcohol of benzyl alcohol / isobutyl alcohol, adding a polyethylene glycol (PEG6000) surfactant into an alcohol medium, then adding phosphoric acid, adjusting a ratio of P (phosphorus) / V (vanadium) to be 1.05 to prepare a catalyst precursor, and activating the catalyst precursor in pure nitrogen, pure air and 1.5%( volume fraction) butane-air mixture atmosphere. Since the PEG is added and / or the types of prepared medium alcohols and different precursor activation atmospheres are changed in the preparation process of the catalyst, a crystal phase shape and crystallinity, reaction reactivity of lattice oxygen, ratio of V<5+> / V<4+> on the surface of the catalyst can be significantly modulated, thus significantly modulating reaction behavior of the catalyst. The catalyst for preparing crylic acid (ester) by condensing acetic acid (methyl ester) with formaldehyde is high in catalytic efficiency, and by-products are few; a greatest generation rate of (crylic acid plus acrylic ester) can reach 32.1micromoles / gcat<-1> / min<-1>.

The present invention proposes a device and method for assessing animal sound stimulation response behavior, including sound and curtains, and also includes cages, pressure-sensitive recording pads, infrared sensors and animal sound stimulation response data processing modules; the sound gives animals different intensities and different frequency sound stimulation; the pressure-sensitive recording pad is arranged on the bottom surface of the cage, and records the footstep displacement and motion amplitude of the animal under the sound stimulation; and transmits the recorded data to the animal sound stimulation response data processing module; the The infrared sensor is installed on the cage, and records the limb response of the animal under the sound stimulation; and transmits the recorded data to the animal sound stimulation response data processing module; the animal sound stimulation response data processing module performs processing on the received data Then use three-dimensional animation to reproduce the animal's response after hearing the sound stimulus, and evaluate the auditory function and the effect of the artificial auditory implant device according to the animal's response behavior to the sound stimulus.

The invention discloses a device and method for in-situ testing the reaction behavior of refractory materials under stress, wherein the device includes: a stress loading system for clamping a sample, and when testing the reaction behavior of the sample The sample provides compressive stress loading; the air-cooled thermal shock system is used to provide thermal stress to the sample when testing the response behavior of the sample; the heating system is used to test the response behavior of the sample When the sample is heated; the atmosphere control system is used to provide a vacuum or a test environment of different atmospheres for the sample when testing the reaction behavior of the sample; the detection system is used to test the sample. Real-time in situ detection of reactive behavior. The invention can realize the coordinated control of the temperature field, the atmosphere field and the stress field of the sample during the reaction process, and then perform in-situ testing on the high-temperature reaction behavior of the refractory material under conditions closer to the actual service environment.