97 results about "Ion emission" patented technology

The invention is applicable to the technical field of photoelectricity, and provides a single-matrix white-light rare earth lead-free perovskite nanocrystal, a preparation method and application, and the single-matrix white-light rare earth lead-free perovskite nanocrystal is Eu < 3 + > ion doped Cs3TbCl6 nanocrystal. The rare earth ion Eu < 3 + > is doped into the Cs3TbCl6 nanocrystal, full-spectrum white light emission of blue light (matrix self-limiting state exciton emission), green light (Tb < 3 + > ion emission) and red light (Eu < 3 + > ion emission) is obtained, excellent thermal stability and environmental stability are achieved, and the nanocrystal material also shows excitation light dependent color adjustable emission (blue light, green light, red light and white light) and has good application prospects. The nanocrystal prepared based on a solution method can be applied to large-area flexible photoelectric devices; the fluorescent conversion layer can be used as a fluorescent conversion layer of a white light emitting diode with a high color rendering index, and can also be applied to anti-counterfeiting and information encryption.

The invention relates to the technical field of equipment control, in particular to a rare earth electrolysis feeding control method and system based on the fluorine ion quantity, and the method mainly comprises the steps that the fluorine gas concentration in the electrolysis process in the current collection period is obtained, and the current fluorine ion detection concentration is obtained through the fluorine gas concentration; and constructing a PID control model, and outputting a control signal for the feeding equipment according to the PID control model based on the fluorine ion concentration. According to the scheme, the fluorine ion or fluorine-containing gas emission amount is collected, the fluorine-containing gas or fluorine ion emission amount is relatively stable during normal electrolysis, and once material shortage and fluorine-containing gas or fluorine ion emission data are abnormal and obvious, abnormal electrolysis can be judged in time, response can be made in time (the starting point is different from that of the disclosed feeding control technology), and the feeding control accuracy is improved. And data are fed back in time and output of the charging machine is controlled. According to the method, whether material shortage exists in current electrolysis or not is judged, the feeding amount is accurately controlled through fluorine data, furnace caking caused by excessive material feeding due to the fact that materials exist in a furnace is avoided, and rare earth fluoride can be prevented from participating in electrolysis due to material shortage in the furnace.

This invention provides an application of ion emitters based on covalent organic framework materials in thermal ionization mass spectrometry (TIEMS), specifically for improving the ionization efficiency of uranium during TIEMS measurements. Compared to conventional dual-band source modes in TIEMS, and ionization enhancement techniques such as graphite methods, benzene vapor carburizing methods, and graphene oxide methods, this invention significantly improves uranium ionization efficiency, facilitating the accurate measurement of ultra-trace and low-abundance uranium isotopes.

The invention relates to an ion surface trap (10) with (a) an electrode pair (12) that comprises a first trap electrode (14.1) and a second trap electrode (14.2) and is configured to form a trap volume for at least one ion (22) when an electrical AC voltage is applied, (b) at least two AC voltage electrodes (16) arranged to close the trap volume and / or generate an electrical field, by means of which an ion position of an ion (22) trapped in the ion surface trap can be modified relative to the ion surface trap (10), and (c) a sensor for detecting photons (20) emitted by at least one ion (22), wherein (d) the sensor is an energy-sensitive measuring superconductor sensor (18) that has a superconductor layer / separating layer / superconductor layer structure and (e) at least the first superconductor layer (24, 28) forms the first trap electrode (14).

The invention relates to a gas chromatograph and a chromatographic analysis method for analyzing sulfides in fuel hydrogen, the gas chromatograph comprises an electronic flow controller, a sample injection valve, a flow path selection valve and a plasma emission detector, two branches are arranged between the sample injection valve and the flow path selection valve, the first branch comprises a chromatographic column I, a cutting valve I and a chromatographic column II which are used for separating H2, CH4S and CS2 from sample gas, the second branch comprises a chromatographic column III, a cutting valve II and a chromatographic column IV which are used for separating fuel hydrogen, H2S and COS from the sample gas, and the plasma emission detector is used for quantitatively detecting CH4S, CS2, H2S and COS which are completely separated. Therefore, operation, use and maintenance are simple, only helium is used as carrier gas, and sensitivity is high.

The utility model provides an ion current skin repair instrument control system, which comprises a central control module electrically connected with a display module, and is characterized in that the central control module is electrically connected with an ion emitter, the ion emitter is electrically connected with a beauty control handle, the central control module comprises a controller, and the controller is electrically connected with a battery. A timing module, a charging module and an adjusting module are further installed on the central control module, and the controller is electrically connected with the timing module, the charging module and the adjusting module; the timing module is used for measuring a time interval in a beauty operation process; the charging module is used for managing and recording beauty fees; and the adjusting module is used for adjusting the working parameters of the ion emitter according to different beauty treatment requirements. According to the utility model, the beauty treatment accuracy and individuation are improved, and the beauty treatment effect is improved.

The application discloses a liquid gallium ion source and a gallium ion emission method. The liquid gallium ion source comprises an insulating base, a gallium storage container arranged below the insulating base, the gallium storage container having a containing cavity in which a gallium source is stored, an emission needle fixedly connected with the gallium storage container and extending downward along an axial direction of the gallium storage container from a bottom of the gallium storage container, a heating wire at least partially located in the containing cavity of the gallium storage container and in contact with the gallium source, an electrode assembly comprising first and second column electrodes fixedly and spacedly arranged in the insulating base and used for being fixedly electrically connected with two ends of the heating wire respectively, and a fixing assembly fixedly arranged in the insulating base and fixedly connected with the emission needle, the fixing assembly being not in contact with the heating wire. The application can improve the thermal efficiency of the liquid gallium ion source, reduce ion beam deviation caused by thermal deformation of the emission needle and as far as possible prolong the service life of the liquid gallium ion source.

This enables the creation of an ion trap chip with high photon collection efficiency. [Solution] The ion trap chip (1) comprises an electrode substrate (10) that holds ions (I) which become qubits in space, a first optical circuit board (300) having a first optical waveguide (110), and a light-receiving unit (120) that receives photons emitted from the ions and introduces the photons into the first optical waveguide, with the light-receiving unit facing the electrode substrate with the ions in between.

The invention discloses a degerming control method and device, an air conditioner and a storage medium. The method comprises the steps that an ion emission module is controlled to generate negative ions, and degerming operation is conducted through the negative ions; acquiring current humidity data, and judging whether the enhanced sterilization operation needs to be executed or not based on the humidity data; when it is judged that the enhanced sterilization operation needs to be executed, the operation mode of the air conditioner is obtained; and according to the operation mode of the air conditioner, the operation angle of the air guide plate is adjusted, so that the ion emission module generates more negative ions, and the more negative ions are used for enhanced sterilization operation. When ion sterilization operation is carried out, the operation angle of the air guide plate is adjusted, so that the shielding and ionization influence of the air guide plate on negative ion injection is reduced, the weakening degree of the number and the effect of ions is effectively reduced, and the ion sterilization effect is further improved.

The invention discloses a wide-spectrum low-coherence single-mode optical fiber light source based on synchronous emission of different upper energy levels and application. The wide-spectrum low-coherence single-mode optical fiber light source comprises a 1.55-micron nanosecond pulse optical fiber pumping source, a 1.5 / 2-micron optical fiber wavelength division multiplexer, a single-mode thulium-doped silica optical fiber, a cooling device and a single-mode output tail fiber. At the low temperature of liquid nitrogen, the quantum efficiency of emission of thulium ions 3H4-3H5 in the high-phonon-energy quartz glass is improved to nearly 100% from less than 10% at room temperature; under the pumping condition of a gain switch with a high pumping rate, synchronous emission with a nanosecond-level time difference is formed between 3H4-3H5 emission (2.3-micron wave band) and 3F4-3H6 emission (1.9-micron wave band) in the high-concentration single-mode thulium-doped silica fiber, and the two different upper energy level emission forms single transverse mode flat wide-spectrum low-coherence output with the bandwidth larger than 700 nanometers on the spectrum. The all-fiber light source is compact in structure and convenient to operate, and realizes gapless coverage in a wave band from 1.7 microns to 2.5 microns; the method can be applied to speckle-free imaging illumination, optical coherence tomography and the like.

An information handling system includes a processor, a memory device, and a PMU to provide power to the processor and memory device. The information handling system may also include an enclosed ion emitter cooling system including an ion emitter hub and an ion collector ring surrounding the ion emitter hub, the processor executing code instructions of an ion emitter control system to activate an ionic driving circuit, and an ionic driving circuit operatively coupled to the ion emitter hub and applying a first voltage to produce and repel ionized gases at the ion emitter hub and the ion collector ring and applying a second voltage to attract and deionize those ionized gases wherein movement of the ionized gases from the ion emitter hub to the ion collector ring causes an airflow within the enclosed ion emitter cooling system.

Hairstyling devices include one or more heat transmissive elements having a coating disposed thereon, the coating having ceramic and lava rock incorporated therein. The use of lava rock-containing coatings as described herein results in hairstyling devices with heat transmissive elements exhibiting enhanced heat retention, faster heat recovery, and increased ion emission. Furthermore, lava rock-containing coatings have been found more durable than equivalent heat transmissive element coatings that do not have lava rock incorporated therein.

The invention discloses a tunable mid-infrared fiber laser with high power flatness. A pumping source enters an erbium-doped fiber through a pumping / signal coupler, and a low-reflectivity cavity mirror, the erbium-doped fiber, a laser collimator and a tuned filter form a laser resonant cavity; the low-reflectivity cavity mirror and the pumping / signal coupler are coupled to output intermediate infrared laser, the tuning filter device is used for realizing a wavelength tuning function, and the insertion loss difference value of the device under different working wavelengths is less than 0.5 dB; the wavelength of the pumping source is in a 1.6-1.7 micron wave band, erbium ions are pumped from a ground state energy level to a laser upper energy level, and laser lower energy level particles are consumed; the stable insertion loss in the process of adjusting the working wavelength by using a tuning filter device is combined with the characteristics that the emission cross section and the absorption cross section of erbium ions are gradually reduced along with the increase of the wavelength and the reduction rate of the absorption cross section is greater than that of the emission cross section, so that the gain difference caused by the emission cross section difference under different laser wavelengths of the fiber laser is reduced; and the power flatness of the fiber laser under different tuning wavelengths is improved.

The invention discloses a multifunctional physical experiment device which comprises an experiment box and a box cover which can be connected in an opening and closing mode, and an ion generation piece and an ion detection piece located on an ion emission path of the ion generation piece are arranged in the experiment box; an air inlet, an air outlet and a vacuum degree monitoring piece are arranged on the experiment box; when the box cover and the air inlet are closed, air in the experiment box is pumped out through the air outlet so as to form a vacuum experiment chamber, and ions emitted by the ion generation part can move in the experiment chamber and are captured by the ion detection part; according to the invention, a closed vacuum experiment environment can be conveniently constructed, so that an integrated small experiment platform is formed; wherein an ion generating piece and an ion detecting piece are integrated in the experiment box in advance, and development of various types of ion related experiments can be directly supported; multiple sets of experiment equipment do not need to be additionally and independently configured, so that the experiment cost is greatly reduced, and the operation convenience is remarkably improved.

The utility model discloses an air conditioner air outlet structure and an air conditioner, and relates to the technical field of air conditioners. The negative ion generation assembly comprises a negative ion generator and a plurality of negative ion emission heads, each negative ion emission head is electrically connected with the negative ion generator, the multiple negative ion emission heads are arranged on the fan blades at intervals, and the emission ends of the negative ion emission heads are used for being arranged on the sides, away from the interior of the air conditioner, of the fan blades. According to the air conditioner air outlet structure, the air flow flowing through the fan blades can effectively carry the negative ions released by the negative ion emitting head, the negative ions are diffused to all areas of the indoor space along with the air flow, the negative ions can be distributed in the whole indoor space, and therefore the air purification effect is improved.

The invention relates to a single-source double-beam ion source and an ion processing device, the single-source double-beam ion source comprises a base and an electrode assembly, the electrode assembly comprises an anode, two cathodes and two insulating parts, the anode is used for being connected with an anode of a power supply, the anode is provided with an air inlet hole, the air inlet hole is used for introducing gas, the two cathodes are symmetrically arranged on the two sides of the anode, and the two insulating parts are arranged on the base. The cathodes are used for being connected with a negative electrode of a power supply or being grounded, the cathodes are provided with ion emitting holes, the ion emitting holes are used for leading out ion beams, the two insulating parts correspond to the two cathodes respectively, the two insulating parts are symmetrically arranged on the two sides of the anode, the insulating parts are connected with the corresponding cathodes and the anode, and each insulating part and the corresponding cathode and anode define an ionization cavity. The two ionization cavities are both communicated with the air inlet hole and are respectively communicated with the two ion exit holes. Double-station synchronous ion machining is achieved under the condition of a single ion source, efficiency is improved, cost is reduced, the structure is compact, and meanwhile it is guaranteed that ionology parameters and machining effects of the two stations are consistent.

The utility model relates to the technical field of air purification, and discloses a space purification ion three-dimensional emitter which comprises a bottom cover, the top of the bottom cover is fixedly connected with a centrifugal fan, the top of the centrifugal fan is fixedly connected with a fixator, the top of the fixator is fixedly connected with an ion generator, the outer portion of the bottom cover is fixedly connected with a compression pipe, and the compression pipe is fixedly connected with an ion generator. A high-voltage wire is fixedly connected to the top of the ion generator, a cyclone pipe is fixedly connected to the interior of the top end of the compression pipe, an ion emission head is fixedly connected to the top of the cyclone pipe, an air inlet is formed in the bottom cover, a plurality of drainage cavities are formed in the cyclone pipe, and an inner cavity is formed in the cyclone pipe. According to the utility model, negative pressure generated by the structure is utilized to suck air, the suction fan is adopted, generated noise and electricity consumption are effectively reduced, and on the other hand, ions are thrown outwards by utilizing centrifugal force in the cyclone with a specific structure, so that the coverage range is wider.

The utility model relates to vacuum ion source technical field, especially is a kind of ion source ground grid current detection device, ion emission equipment and manufacturing system. Ion source ground grid current detection device includes: vacuum chamber;Ion source, located inside vacuum chamber;Grid assembly, located inside vacuum chamber, and located ion source's ion emission side, including the screen grid, acceleration grid and ground grid that are sequentially arranged from near to far to ion source, ground grid ground connection;Current detector, one end is connected ground grid, and the other end ground connection. The utility model can obtain ground grid current on ground grid in real time and accurately.

The present application relates to a kind of diagnostic devices, for diagnosing the discharge performance of the carbon nanotube assembly to be measured, the carbon nanotube assembly to be measured is used for ionizing working gas, and the carbon nanotube assembly to be measured includes the region to be measured.Diagnostic device includes support mechanism and test mechanism, support mechanism is used to install the carbon nanotube assembly to be measured;Test mechanism is used to be installed in the ion emission direction of the carbon nanotube assembly to be measured, and test mechanism includes insulating shield plate, ion collection plate and the first electric signal acquisition card connected to ion collection plate, insulating shield plate is located between ion collection plate and support mechanism, and insulating shield plate is provided with the first opening region corresponding to the region to be measured, and the first opening region is used for the ionization ion of the region to be measured to pass, ion collection plate is used to collect the ion passing through the first opening region, and the first electric signal acquisition card is used to acquire the ion current on ion collection plate.

The invention belongs to the technical field of environmental science and engineering, and particularly relates to an experimental method based on basalt mineralization and storage of CO2 reaction simulation, the experimental method based on basalt mineralization and storage of CO2 reaction simulation comprises the following specific steps: selecting a sample used for an experiment, the sample is from neonatozoic basalt in the northern part of Hainan island, the color is gray black, and the sample is selected from the sample; the ceramic has a plaque structure and a pore structure, and plaque minerals are plagioclase, pyroxene and a small amount of olivine; according to the application, neonatozoic basalt in the northern part of Hainan island is taken as an experimental object, five groups of high-temperature and high-pressure basalt-water-CO2 simulation reaction experiments of 30 DEG C, 50 DEG C, 70 DEG C, 90 DEG C and 110 DEG C are carried out, and technical means such as a scanning electron microscope (SEM), energy spectrum analysis (EDS) and inductively coupled plasma emission spectroscopy (ICP-OES) are comprehensively utilized to explore reaction characteristics of CO2 sealed by basalt under different experimental temperature conditions; the reaction mechanism of mineralizing and sealing CO2 by basalt is systematically analyzed.

The utility model relates to the technical field of air treatment, in particular to an ion generation device, and aims to solve the problem that an ultraviolet sterilization device in the prior art only has a sterilization effect in an irradiation range of the ultraviolet sterilization device. In order to achieve the purpose, the ion generation device comprises a shell, at least one plasma generation assembly and at least one ion emission electrode, the at least one plasma generation assembly and the at least one ion emission electrode are arranged on the shell, the plasma generation assembly is arranged to be capable of ionizing air to generate plasma after being electrified, and the ion emission electrode is arranged to be capable of ionizing air to generate negative ions after being electrified. And at least one side of the plasma generation assembly is provided with an ion emission electrode. According to the ion generation device, the plasma generation assembly and the ion emission electrode are arranged, and the ion emission electrode is arranged at the side part of the plasma generation assembly, so that the whole ion generation device can be covered, the sterilization range is enlarged, and the sterilization effect is improved.

It includes: an upper shell (10); a lower shell (20) provided with a ventilation grille (21); a chamber (30) located between the two shells (10, 20) and containing air; at least one atmospheric cold plasma generator (40) located between the two shells (10, 20) and configured to emit negatively charged ions into the air in the chamber (30) to generate enriched air; and an external device (50) connected by wiring to at least one atmospheric cold plasma generator (40) for powering it; such that when the device (1) is in operation and applied to the user's skin, the enriched air present in the chamber (30) is released to the outside through the ventilation grille (21) of the lower shell (20) so that the enriched air can be naturally absorbed by the user's own skin.

The utility model discloses a control circuit of a negative ion assembly, the negative ion assembly comprises a negative ion emission head, and the control circuit comprises a high-frequency ripple suppression circuit, a surge pulse suppression circuit, a time control circuit, an electric shock protection circuit and a power supply anti-reverse connection circuit. According to the utility model, by optimizing the negative ion operation control circuit, high-frequency ripples generated when the negative ion emission head is started can be reduced so as to prevent current pulsation from influencing a front-end circuit when the negative ion emission head is started; the surge power can be absorbed, so that surge pulse impact on a post-stage circuit is avoided; the starting duration of the negative ion emission head can be controlled, and power supply of the negative ion emission head can be automatically cut off in time to prevent electric shock of a human body; when the power supply input of the negative ion emission head is reversely connected, the negative ion emission head is not electrified.

According to one embodiment of the present invention, a TOFMS, which avoids the generation of useless time and achieves the efficiency of analysis work when appropriate temperature adjustment of a flight tube cannot be performed due to too low or too high room temperature, is provided with: an ion emission unit (142); a flight tube (144) that forms a space in which the emitted ions fly; a flight tube is arranged in the vacuum chamber (1); a temperature control unit (151) for controlling the temperature of the flight tube; and a temperature control unit (22) that controls the temperature control operation of the temperature control unit on the basis of the indirectly or directly measured temperature of the flight tube and a target temperature, the TOFMS being provided with: a temperature sensor (153) that measures the ambient temperature, which is the temperature outside the vacuum chamber; a prediction unit (23) that, on the basis of the ambient temperature and the target temperature, predicts the possibility that the temperature of the flight tube does not reach the target temperature or does not fall within a prescribed allowable temperature range including the target temperature even when the temperature is adjusted using the temperature adjustment unit; and reporting units (24, 4) for reporting to the user on the basis of the prediction results.

An air purifier comprising a removable filter medium, an ion generator comprising an emitting electrode and a receiving electrode, and an airflow generator, wherein the ion generator is arranged such that the ion emitting electrode is at most 20 cm from the removable filter medium, and when a suitable voltage is provided to the ion generator, the filter medium is bathed in an ion cloud.

The invention discloses a particle collision type flue gas treatment device. The particle collision type flue gas treatment device comprises a shell, the interior of the shell is divided into at least two layers of cavities by a partition plate, the bottom of the shell is provided with an oil smoke inlet used for being communicated with the bottommost cavity, and the top of the shell is provided with an oil smoke outlet used for being communicated with the topmost cavity. Every two adjacent cavities are communicated through a smoke opening, the projection position of at least one smoke opening does not coincide with the oil smoke inlet and / or the oil smoke outlet to form a bent smoke channel, and at least one cold ion emitting module used for emitting low-temperature fluid is arranged in the smoke channel; and the emission direction of the cold ion emission module is at least partially opposite to the flowing direction of the flue gas. The oil fume purification device has the advantages of less oil stain adhesion and low cleaning difficulty, and can effectively prolong the residence time of oil fume, thereby effectively improving the purification effect.

This utility model relates to the field of air purification technology, specifically a negative ion air purifier, including a middle shell, an upper shell at the edge of the upper surface of the middle shell, and a humidifier inside the upper shell; a bottom cover below the middle shell, a lower shell between the lower surface of the middle shell and the upper surface of the bottom cover, and a negative ion generator on one side of the upper surface of the middle shell; this utility model combines a humidifier and a negative ion generator, humidifying the indoor air through the humidifier, forming an electric field in the space between the negative ion emitter and the negative ion ground wire, discharging through the tip of the negative ion emitter to ionize the air, thereby generating negative ions, which are emitted into the air through the negative ion emitter, achieving air purification and replenishing the air with negative ions. In this way, the purifier can humidify the indoor air from the top and generate negative air ions for dust removal and reduction, improving the practicality of the purifier.

The invention relates to the technical field of clothes processing, and discloses clothes drying equipment and a clothes drying equipment control method, and the clothes drying equipment comprises an equipment box body, an evaporator and an ion emission device. The equipment box body is provided with a drying air duct, the evaporator is arranged in the drying air duct, the ion emitting devices are arranged in the drying air duct and are arranged at the upstream of the evaporator at intervals, the ion emitting devices can ionize air in the drying air duct to generate charges, and the charges can be attached to the outer surface of the evaporator. Under the action of charges, the steam can be accelerated to be condensed on the outer surface of the evaporator, the condensation efficiency of the evaporator is improved, and therefore the heat exchange efficiency is improved, the clothes drying efficiency of the clothes drying equipment is improved, the clothes drying time can be shortened, and the use experience feeling of a user is improved. By controlling the ion emission device to work in the effective time period, the clothes drying efficiency of the clothes drying equipment can be improved, and the energy consumption of the whole machine can be reduced as much as possible.

This invention belongs to the field of laser glass fiber technology, and discloses a rare-earth ion spatially partitioned doped silicate glass fiber, its preparation method, and its application. The glass fiber includes a cladding and a core. The core is divided into two symmetrical semi-cylindrical regions along its diameter plane, designated as a first half-core and a second half-core. Both the first and second half-cores are made of rare-earth ion-doped silicate glass, and at least one of the rare-earth ions used in each is different. The silicate glass of this invention exhibits good mechanical properties, strong thermal stability, and good resistance to crystallization. (Yb doping...) 3+ and doped Nd 3+ The silicate laser glass fiber can achieve independent and efficient ion emission by using a single pump to excite or simultaneously excite the corresponding ions. Based on this fiber, an all-fiber optical path was designed and constructed, which can realize the independent and controllable output of two laser beams, 1034 nm (ytterbium ion generation) and 1064 nm (neodymium ion generation).

Aspects of the present disclosure relate to a quantum information processing (QIP) system that includes an ion trap inside a vacuum enclosure with a vacuum window. The QIP system includes an imaging objective, located at a first position, configured to focus light emitted through the vacuum window from a trapped ion into a single mode (SM) fiber at a second position. The QIP system includes a first camera, a second camera, a pick-off mirror, and an imaging lens, used in combination to align the imaging objective and the SM fiber in order to minimize (1) an objective tilt angle between an optical axis of the imaging objective and a normal axis to the vacuum window and (2) a fiber tilt angle between an axis of the SM fiber and the optical axis of the imaging objective.