At least a portion of the sulfur contained in the hot gas stream, along with other condensable materials, becomes incorporated into the aqueous medium and is subsequently drained from the vessel.
The incoming gas stream is contacted with a lean aqueous absorbing medium to absorb at least a portion of the gaseous component from the incoming gas stream to form a lean treated gas stream and a rich aqueous absorbing medium.
At least one measuring electrode (E1, E2) is assigned to the measuring tube (5), and a measuring current (i) that depends on the flow of the measuring medium is induced into said measuring electrode.
Before the fluid flow enters the sensor measuring zone of the particle counter (22), the input pressure can be adapted for the viscous medium (12) by means of an adjustment device (28).
The process includes utilizing a cryogenic cogeneration process to extract a liquid from an atmospheric medium, passing a current through the liquid, and separating at least one chemical element from the liquid.
Similarily, by measuring, from the sample beam stop current, the time taken for the ion beam to pass between the middle of two adjacent substrates, the beam height may be ascertained.
A backwash operation mode is performed in the reverse direction, through a backwash pipe (5) embedded within the distance of the filter media (13), substantially at the middle of the filter media (13).
Greatest current flow occurs at the middle of a transition period.
In certain embodiments, a DC voltage is supplied to the optical medium.
A controller is arranged to provide a varied injection current to the semiconductor gain medium.
Said invention makes it possible to obtain the maximum electric field distribution during the passage of one of the half-cycles of alternating current through the electrically conductive medium.
The heat engines are connected in series while being penetrated by the cooling medium and the heating medium according to the countercurrent principle.
Welding is carried out using two dependent a.c. arcs and one independent a.c. arc in an inert gas medium.
Typically used for management and reporting of the marine environment or marine environmental classification.
A second clock may be located outside the hostile environment or within a same or similar hostile environment.
Hazardous to the aquatic environment — acute aquatic hazard(section 4.1
Hazardous to the aquatic environment — long-term aquatic hazard (section 4.1
Hazardous to the aquatic environment — chronic aquatic hazard (section 4.1
An electric power source is operably connected across the first and second grids (38, 44) whereby electrical current flows between the grids (38, 44) within the aqueous media flowing through the cell (12).
When saturated, CFCMS media (7) is regenerated utilizing a low-voltage current from power supply (22) that is caused to pass through filter media (7).
A carbon rod is provided at the center of the anode mixture as a current collector.
The current detection device comprises a current input for the current to be detected and a current detection element connected to the current input.
Module for converting alternating current into direct current and direct current into direct current with
A foam media absorbs the desiccant to increase an exposed surface of the desiccant to the airstream.
The process calls for directing a stream of cleaning media at a surface of the component, the cleaning media including zirconia.
The modified stream is then separated into a gas stream and a liquid stream and the liquid stream is separated into a water stream and an upgraded hydrocarbon product stream.
The sidedraw stream is separated into a first stream and a product stream.
The circulating stream and the exhaust air stream are exposed to each other, in that the circulating stream and the exhaust air stream are mixed together to form a cooling lubricant/air mixture.
A current folding cell has current inputs and current outputs.
The first modulating current includes a second modulating current and the sub-threshold current.
According to this embodiment, the second current is a mirror current of the first current.
Generally, that current will be a current less than the saturated current.
The current amplifier amplifies and filters the first current and generates a third current.
A preferred sequence is direct current, alternating current, direct current.
The low voltage current source (I1, I2) replicates its output current and compares the replicated current to the desired current.
The first current is measured to produce a first current value and the second current is measured to produce a second current value.
The calibration techniques provide for different methods of determining CTAT current, PTAT current or the ratio of PTAT current to CTAT current.
In some embodiments, a ratio of the third current divided by the first current differs from a ratio of the fourth current divided by the second current by at least 5 %.
An apparatus (10) and method for gas backwashing a granular media (14) supported upon a lateral underdrain (12) is disclosed.
In another embodiment, the agitated-media mill includes a baffle (20a) or plurality of baffles adjacent the inner wall of the comminuting vessel and arranged transversely with respect to the flow of the process mixture.
When not in use, the anchoring piece (7) of the suspension hook (6) is arranged off-centre in relation to the suspension position, which is arranged substantially central to the ceiling socket (1).
During operation of the filtering, particulates clog the filter media (12), and a backwashing (16) is effected by either backflushing with air or the fluid being filtered.
The backwash-biocide solution is sprayed onto filter media during a backwashing operation and the presence of the biocide inhibits and eliminates biological growth on the filter media.
The captured colloidal matter is removed during back washing of the filter media (126).
Preferably, the adsorptive media is an ion exchange media and the chromatographic media is a desalting media.
The filter media construction comprises fluted media secured to a facing media sheet.
The media may be loop cord media.
The dispersion medium is a polar dispersion medium.
A second medium (8A-8C) with a substantially lower impedance characteristic than the first medium, covers the first medium.
The alarm indicates that the 'spent' organophilic media should be replaced with fresh media or the spent media regenerated.
The present invention relates generally to nutritive medium, medi0m supplement, media subgroup and buffer formulations.
The thermal oxide can be grown in a nitrogen bearing ambient, an O2 ambient, or an H2O ambient.
One example includes a filter media pack comprising fluted media secured to facing media; the fluted media having cellulose fibers; and the fluted media including an amount of carbon black sufficient to impart a static charge dissipative property thereto.
The M7 medium is prepared as the M4 medium except for the substances indicated in Table 1, for which concentrations are four times lower in M7 than in M4.
The first reflector (168) reflects a first light from the amplifying medium back into the amplifying medium and the second reflector (178) reflects a second light from the amplifying medium back into the amplifying medium.
The first frequency range is activated or can be activated when said medium (4) is a gaseous medium and the second frequency range is activated or can be activated when said medium is a liquid medium.
The first or second medium is a non-attachment medium such as a serum-free medium and the other medium is an attachment medium such as a medium containing serum.
A flavor article comprising a flavor generation medium and a heating source disposed physically separately from the flavor generation medium, for heating the flavor generation medium to have flavor components emitted from the medium.
An upstream ring is connected to a heating medium inlet for applying a prescribed heating medium, and a downstream ring is connected to a heating medium outlet for ejecting the heating medium.
Specifically disclosed is a boundary acoustic wave device (1) comprising a first medium (2), a second medium (3) and an IDT electrode (4) arranged on the interface between the first medium (2) and the second medium (3).
A method of making an anisotropic filtration media includes, foaming a media, straining the media in a selected direction, and relieving strain of the media in the selected direction.
The light sensor includes a light-absorbing medium positioned on the ridge of the light-transmitting medium such that the light signal is coupled from the light-transmitting medium into the light- absorbing medium.
Multiple third medium flow path connecting cavities (14) connect the second medium flow path group, the first medium flow path group and other medium flow paths (1) in series.
The method includes filling a first surface containing nanocones with a polymerizable medium, polymerizing the medium to encapsulate the nanocones in the medium, and removing the polymerized medium from the first surface.
An auxiliary heat source (53), which is provided in the water medium circuit (80) on the water medium outlet side of the usage-side heat exchanger (41), further heats the water medium in the water medium circuit (80).
The medium injection apparatus contains a medium such that the medium is forced by the medium injection apparatus through the medium transfer apparatus thereby altering a temperature of the shell.
The invention relates to a method for monitoring a structure (1) isolating a first medium from a second medium, wherein the first medium exerts a higher pressure on the structure than the second medium.
The sensing instrument has at least one port (28) open to the fluid medium for sensing the velocity of the medium and for measuring a pressure of the fluid medium.
Passage is the number of times that cells are split after initiation of a culture from frozen stock.
The present invention relates generally to nutritive medium, medium supplement, media subgroup and buffer formulations that contain lipid.
The invention also relates to media, supplement, media subgroup and buffer powders produced by these methods.
A peristaltic pump may supply medium from a medium supply and pass it through a medium conditioning unit before supplying the medium to the incubation well assembly.
Also disclosed are a novel antibiotic-free medium and devices containing this medium, both useful in the present methods.
The nonvolatile substances are taken out with the regenerative heat medium from a medium recovery port (36), and separated and recovered from the heat medium.
Preferably, the biocontrol composition comprises an acceptable medium such as a liquid culture medium of a solid culture medium.
The present invention relates generally to nutritive (e.g., cell culture) medium, medium supplement, media subgroup and buffer formulations.
An optical device has a first medium (18), such as a gain medium, which produces more photons that exit than enters said first medium.
Preferably, the cultivation medium is a chemically defined or synthetic medium optionally supplemented with yeast extract.
The present invention relates generally to nutritive (e.g., cell culture) medium, medium supplement, media subgroup and buffer formulations.
As long as the thermal infrared emission of the foamed aqueous medium is different than the thermal infrared emission of the aqueous medium without foam, the defoaming agent is continually added to the aqueous medium.
The method comprising removal of existing media and gravel media-support bed and installation of a porous plate media support.
The deflection medium is a laser-acted medium which, in use, acts as the gain medium of the laser.
Step (a) includes the step of: (f) separating from the expandite-fluid mixture, and expandite base which comprises at least a portion of the expandite mass.
Thus, the feed device can distinguish the cleaning media from a stock media and or an improper cleaning media.
The amplifying medium, the birefringent non-linear medium are mutually integral so as to constitute a monolithic resonant cavity.
The cells are filled with a display medium, the display medium is moved by applying electric field to the display medium, and information such as an image is displayed.
The fiber structure can be a part of a nanoparticle carrier material, a nanoparticle disposal medium, a lighting medium, and a catalysis medium.
The method and apparatus are intended for monitoring the concentration of a gas in a fluid medium, such as in a liquid or gas medium.
Furthermore, the invention provides protective medium, fermentation culture medium and seed culture medium used for the microbe composition.
The third end cap has a media end secured to the second tubular section of filter media and a tubular wall axially extending from the media end.
The light conversion composition includes a transparent carrier medium, a phosphor conversion medium, and a heat-conducting medium.
The light-transmitting includes a charge layer located at an interface of the light-transmitting medium and the light-absorbing medium.
A cleaning solution is provided that includes an inert particle in a liquid medium, wherein the medium allows propagation of ultrasonic waves through the medium.
Media and devices, such as depth filters including such media, wherein the media is impregnated with a polymer such as a polyallylamine.
The light-absorbing medium is positioned such that the light-transmitting medium is between the light-absorbing medium and the base.
The separation means (201) separates the dissolved waste working medium into a gaseous working medium and a solvent of the waste working medium.
The invention relates to a rotating machine for interaction with a fluid medium, comprising a rotor with one or more blades with which energy is extracted from or relinquished to the medium.
The stem cell preservation medium according to the present invention uses a medium comprising HES, DMSO, and a culture medium or an albumin solution.
The electrophoresis medium receptacle is simple in shape, the electrophoresis medium receptacle is readily manufactured, and the electrophoresis medium is readily sealed.
The granules comprise an active medium, a carrier medium and optionally a surfactant, wherein the active medium comprises: a gibberellin, a cytokinin, and an auxin.
Specifically, the culture medium comprises a basal medium, which is DMEM/F12 medium; N2 supplement; retinoic acid; and BMP -4.
A copper medium tube or medium cavity for holding the working medium (2) covers the heat insulation layer (1).
Mineral growing medium means a growing medium totally composed by mineral constituents
A lasing medium (3) and a Raman medium (20) share a common optical cavity.
One medium flows in the shell, and the other medium flows in the finned tube.
The invention relates to a conditioned cell culture medium and a corresponding method to obtain it.
Gasification takes place in a mixed flow composed of a counter flow, direct flow and transverse flow.
This invention provides an AC-DC power supply for receiving a three phase mains supply and outputting a transform DC supply.
In one form of embodiment, said cavities contain ejectors (16) that are supplied with a propellant flow (17) by suitable means (14), said propellant flow, in turn, stimulating another flow (18), preferably a peripheral flow.
Each AC to DC converter outputs equal DC voltages maintaining a balanced loading on the AC power source.
The power converter is provided for converting AC power to DC power and for providing DC power to a load.
A known flow of a reference gas may be included in the flow of sampled gases and an unknown flow of an unknown flow gas determined.
A three phase transformer is provided to receive the pseudo-AC three phase output and transform the output and provides us to a three phase rectifier circuit to generate the toutput DC supply.
The power amplifier module converts an AC supply to DC and then converts the DC to an AC output.
An electrical power converter for converting power from a bipolar DC source to supply an AC load is disclosed.
The power supply (103) uses power from the power source (102) to supply power to the electrical appliance (106).
In order to limit the current rise in a high voltage DC system, the current is led through a current rise limiter (2).
The current sensor measures the current supplied from the main unit to the breaker and outputs a current detection signal in accordance with the measured current.
The electric storage means can supply power to the electric motor and can be charged by regenerative power from the power-generating device.
The core current multiplier can generate the output current based on multiplying the divided current and a different current.
The compensation current generation circuit supplies a current in the same amount as the first current to the output node as a compensation current.
The AC-DC switch power supply can ensure the performance of the switch power supply under the premise of controlling the cost.
The first current sensor determines the magnitude and direction of the current from the power supply source; the second current sensor monitors the current of the inductance.
The current sensor is designed to sense a current flowing through the diode, and to produce a current signal that represents the current, in the generator mode.
The transmitting power current detecting unit detects a transmitting power current value, which is a current value of power supplied to the power transmitter from the alternating current power supply.
The power generation system includes a synchronous generator (24) that generates AC power and a rectifier (54) that rectifies the AC power to produce DC power and supply the DC power to the DC bus (14).
A power conversion arrangement converts the input power to output power having a voltage at or below the voltage threshold, and the low voltage power is supplied to a power outlet.
Current differences are formed between a bit current and a high reference current, and between a low reference current and a bit current.
The voltage-to-current converting circuit (62) has a differential voltage-to-current converting circuit (64), current-to-current converting circuit (66), and current addition/subtraction circuit (68).
After the detected current becomes greater than or equal to the second predetermined currend threshold, the controller determines if the detected current is a fault or differential current.