73results about How to "Lower core temperature" patented technology

A multi-layer film for vertical form, film and seal systems for liquid, powder, granules and/or other flowables packaging, said multi-layer comprising: an inner layer made of polyethylene, a blend of polyethylenes or ethylene copolymers; a core, comprising one or more than one layer, made from a blend of polypropylene, linear low density polyethylene, a polymer compatibilizer or tie-layer resin, and/or low density polyethylene, said core being applied against the inner layer; and an outer layer (same or different from the inner layer or the core layer) is made of a polyethylene or a blend of polyethylenes with or without ethylene copolymers, said outer layer being applied against the core and opposite the inner layer; said multi-layer film having an overall thickness of lower or equal to 2.5 mil and at least one of the properties listed hereinafter: a stiffness (as measured by 1% secant modulus in the film direction) varying from 79000 psi to 140000 psi; a tensile strength at yield of from 2100 psi to 3300 psi; (measured in film machine direction) and a tensile strength at break of from 4700 to 6700 psi (measured in film machine direction). A method of forming, sealing and filling a pouch with said film, a pouch formed with said film and use of said film to form a pouch.

A multi-layer film for vertical form, film and seal systems for liquid, powder, granules and/or other flowables packaging, said multi-layer comprising: an inner layer made of polyethylene, a blend of polyethylenes or ethylene copolymers; a core, comprising one or more than one layer, made from a blend of polypropylene, linear low density polyethylene, a polymer compatibilizer or tie-layer resin, and/or low density polyethylene, said core being applied against the inner layer; and an outer layer (same or different from the inner layer or the core layer) is made of a polyethylene or a blend of polyethylenes with or without ethylene copolymers, said outer layer being applied against the core and opposite the inner layer; said multi-layer film having an overall thickness of lower or equal to 2.5 mil and at least one of the properties listed hereinafter: a stiffness (as measured by 1% secant modulus in the film machine direction) varying from 3500 psi to 150000 psi; a tensile strength at yield of from 1700 psi to 3300 psi; (measured in film machine direction) and a tensile strength at break of from 4300 to 7400 psi (measured in film machine direction). A method of forming, sealing and filling a pouch with said film, a pouch formed with said film and use of said film to form a pouch.

The invention discloses a component for shielding neutronic reactor core. The component consists of three parts: a head part, a middle part and a tail part; wherein, the head part is composed of a manipulation head and an upper transitional joint. The manipulation head is inosculated with component handling equipment and is also provided with an outlet hole for sodium; the external side of the upper transitional joint is provided with a locating block to guarantee the radial positioning among components, and the upper transitional joint is welded on the upper surface of a hex wrapper tube. The middle part is composed of a hex wrapper tube and a shield which is arranged in the wrapper tube. The tail part is composed of a lower transitional joint and a pin. The lower transitional joint is welded on the bottom surface of a hex wrapper tube and the pin is provided with an inlet hole for sodium. The invention uses high-density and hot-pressing a boron carbide pellet to guarantee that the boron carbide pellet dose not escape out of a rod after cracking, and at the same time an absorbing rod adopts a ventilation-typed top end plug to extract the helium gas produced in the B-10 (n, Alpha)reaction. The technical proposal of the invention is not only practical but also solves the bearing pressure of a casing on the absorbing rod effectively.

Cellulosic fabrics and articles are disclosed that include a treatment to provide the fabric that has a balance of comfort, absorbency, wicking, and fast drying. Methods to produce the fabrics and articles are also disclosed.

A chair with water basins for heat strain reduction purpose is disclosed. The chair is provided with built-in or attachable water basins at the armrest level for the user to immerse his forearms and hands in the basins while seating on the chair. Another embodiment of the chair provides foot basin module detachably coupled to the chair with or without the hand basins, thereby enabling the user to immerse his feet in the water to enjoy the cooling effect. In the event where the user is standing up, the invention also teaches a hand and/or foot pool system so that an individual user or multiple users can immerse their extremities in water to cool off the body core temperature while standing up.

The invention relates to a preparation method and application of 700 MPa grade ultra-fine grain high-strength weathering steel. The preparation method includes the steps that a continuous casting blank directly enters an M rack rough rolling unit at a high pulling speed and is subject to M-gate continuous high reduction (50%-60%) rough rolling, austenite grains are greatly refined, after rough rolling is carried out, an intermediate billet is quickly heated by an induction heating furnace to the temperature needed by a finish rolling inlet, and meanwhile a reverse temperature field is formed; and then the blank sequentially passes through a finish rolling unit, a laminar cooling part and a reeling machine, and the microstructure characteristics that the surfaces and core parts are thick and 1/4 thickness parts are thin are finally formed. In the production process, finish rolling and rough rolling are both full-endless rolling. By means of the preparation method, an ultra-fine grain high-strength weathering steel strip with the weather fastness equal to that of corten-A can be obtained, the effects of replacing thick parts with thin parts and replacing cold with heat are achieved, and the automotive body weight is small; and meanwhile, the service life of an automotive sheet is prolonged, the production efficiency is improved, the production cost is reduced, energy consumption is reduced, emission is reduced, and resource-saving and environment-friendly production is achieved. The preparation method and application belong to the technical field of metallurgy.

In a flywheel-type magnet generator, a heat dissipation member which has no relation with a magnetic circuit is fitted into a space formed by cutting a bulk of a laminating core used for configuring the magnetic circuit, a cooling tube installed to be inserted into or penetrate the heat dissipation member is provided, and by supplying a cooling medium to the cooling tube, cooling performance of the stator is enhanced.

A heat transfer material comprised of a polymeric material and a nitride or oxide is provided and is thermally conductive, but electrically non-conductive. The polymeric material may be silicone rubber, and the nitride or oxide may be aluminum nitride, boron nitride, silicon nitride, aluminum oxide or beryllium oxide. The material is made flexible by adding plasticizer and remains flexible after an extended period of use. A dielectric jacket for an electrical heating cable is thermally conductive and remains flexible so that it can be reused. The heat transfer material can be used on heating devices such as steam tubes and panels, where the heat transfer material does not bond to or adhere to the heated surface, which allows the heating device to be reused.

The subject invention provides materials and methods for convective and/or conductive and/or evaporative cooling of individuals, such as athletes and contestants, for safety, comfort, and enhanced performance. The materials and methods of the subject invention can, advantageously, be used to modify body core temperature or rate of change of temperature. Other uses include heating players or player parts (e.g., a kicker's leg, a pitcher's arm) in cold weather conditions.

The invention discloses a preparation method for quick-frozen okra. The preparation method is characterized by comprising the following steps: blanching: blanching cleaned okra for deactivation; cooling; quickly spraying water on the blanched okra for cooling; draining: draining the cooled okra by mechanical vibration and blowing; quick freezing: flatly spreading the drained okra in a fluidized bed individual quick-freezing machine for individual quick freezing. The okra prepared by adopting the preparation method for the quick-frozen okra is dark green, consistent in colour and lustre, free of individual adhesion and uniform in size, and has a bacterial clump amount (per gram) being not more than 10000, and an excrement colon bacillus amount (per 100gram) being less than 3. According to the preparation method for the quick-frozen okra, the colour and lustre as well as mouthfeel of the okra are better kept in the preparation process of the quick-frozen okra, the loss of beneficial components is reduced to minimum, and hygienic indexes reach national standards.

The invention relates to the field of civil engineering, in particular to a gradient type concrete water pipe control system and control method. According to the gradient type concrete water pipe control system and control method, in the temperature rising period of concrete, the center temperature of the concrete can be reduced as quick as possible with the highest efficiency, the temperature can be reduced by 20-25 DEG C at maximum, adiabatic temperature rising of the concrete is equivalently reduced, and the cracking risk is reduced; in the temperature decreasing period of the concrete, the temperature decreasing speed of the concrete can be reduced by adjusting the water temperatures of water pipes in different positions of the concrete, the temperature decreasing speed of the concrete is smaller than or equal to 3.0 DEG/day, impact of contraction deformation is reduced, and the cracking risk is reduced; and meanwhile the concrete water pipe control system can automatically read the temperatures of temperature measuring points inside the concrete and adjust the water inlet temperatures of the water pipes according to the actual temperatures of the parts inside the concrete, the temperature gradient among the interior, middle and exterior of the concrete and air is reduced to the maximum extent, and the cracking risk is reduced.

The invention relates to the technical field of nuclear fuel, and particularly discloses a co-extrusion type annular fuel rod. No gap exists between a fuel pellet and a cladding, so that heat conduction is enhanced, the center temperature of the fuel pellet is reduced, a traditional pressure spring structure is not needed any more, operation stability is improved, and radioactive waste is reduced.According to the fuel rod structure, the assembling and manufacturing process of the fuel rod is simplified, helium does not need to be filled into the fuel rod during manufacturing, and the cost isreduced.

The invention discloses a processing method of preserved braised beef. The processing method comprises the following steps: carrying out unfreezing and cleaning, mixing, pickling, baking, preparing braising soup bases, carrying out braising by virtue of a cold-hot conversion method, selecting, removing impurities, carrying out step cooling, slicing, carrying out packaging, and the like. Accordingto the processing method, braising is carried out by virtue of the cold-hot conversion method, so that the braised beef has relatively good tasty effect; the cooling temperature during the braising through the cold-hot conversion method is controlled in a step manner, so that relatively good quality of the braised beef is well obtained; and the prepared braised beef has two flavors of braised products and baked foods, the flavors are stereoscopic and gentle, the taste is specific. Two specific compound mixtures can penetrate into beef, so that the tissue structure of the beef can be improved,and the synchronous antibacterial effect can be achieved.

During the heating of glass melting furnaces having a combustion chamber with regenerators for preheating oxidation gases, with port necks that open into the combustion chamber, with primary burners and with secondary burners that are installed in a cascade arrangement relative to the primary burners, the secondary burners are operated as cascade burners with a relatively low proportion of the fuel, the secondary fuel. Flames are thereby created in over- and sub-stoichiometric conditions and the flame gases formed are mixed with one another so that the complete combustion process in the combustion chamber is more or less stoichiometric. The secondary fuel is supplied by the secondary burners to a step, installed in the port neck. In order to prevent or reduce soot and graphite deposits in the step without increasing the nitrogen oxide content in the furnace waste gases, a secondary oxidation gas is blown into step during the firing phase of each port neck in addition to the primary oxidation gas preheated in the regenerators that flows over the step. If significant deposits of carbon material and/or temperature problems occur, then in a similar way an oxidation gas can be blown in during the exhaust phase for the furnace waste gases of each port neck when the secondary burner is switched off.

The invention discloses a double-layer cooling reactor core power generation system, which comprises: a reactor core, which comprises an inner-layer reactor core and an outer-layer reactor core, wherein the inner-layer reactor core is arranged inside the outer-layer reactor core, and a reflecting layer is arranged outside the outer-layer reactor core; a plurality of heat pipes, which are arrangedin the inner-layer reactor core, wherein a preheater and a heat exchanger are arranged on the heat pipes; a pre-ionization module that is connected with the outer-layer reactor core; and a power generation module which is electrically connected with the pre-ionization module. According to the invention, the compactness of the reactor core is achieved, and the outlet temperature of the reactor coreis increased by utilizing the characteristics of the gas cooled reactor, so that the helium-xenon working medium at the outlet can reach an unbalanced ionization state through pre-ionization.

The invention relates to a shrinking process for producing solid, transportable and printable containers by wrapping the articles to be packaged with a film in such a manner as to produce an overlapping section of the film ends on the base area, heating by heat exchange or convection in order to seal the free ends in the area of overlap, and finally heating in a shrinking oven, the container so produced being stabilized by the shrinking process. The method comprises first locally limiting the incoming hot air to the base area of the container to form a peripheral shell in the area of the bottle bottoms, the shape of the container being stabilized thereby, while the container is continuously transported during stabilization and the hot air directed onto the base area of the container in a bundle of discretely distributed gas jets is thereby discharged and guided back after a locally limited heat transfer with the film, and more hot gas is directed laterally against the continuously transported container at an increased lateral blow speed in order to complete the shrinking process. The invention further relates to a device for carrying out the shrinking process.

The invention discloses a device and a method for partitioned loading of high-temperature gas cooled reactor cores. The device comprises a reactor pressure vessel, a burnup measuring system, a spent fuel system, a fuel loading and unloading system, a new fuel system and a three-way valve group; and a high-temperature gas cooled reactor fuel ball is loaded in the reactor pressure vessel, an outletin the bottom of the reactor pressure vessel is communicated with an inlet of the burnup measuring system, an outlet of the burnup measuring system is communicated with an inlet of the spent fuel system and an inlet of the fuel loading and unloading system, an outlet of the new fuel system is communicated with an inlet of the fuel loading and unloading system, an outlet of the fuel loading and unloading system is communicated with N feeding ports in the top of the reactor pressure vessel through the three-way valve group, a reactor core loading subarea in the reactor pressure vessel is dividedinto N loading subareas, one loading subarea corresponds to one feeding port, and each feeding port is communicated with the corresponding loading subarea. The device and the method can effectively solve the problems of non-uniform burnup and higher power peak factor of the reactor cores.