Subsequent dimensioning of the length of the compensation fibre increases the set dispersion value to the positive dispersion value necessary for complete compensation of the dispersion of the fibre laser.
Dmax) between a first chromatic dispersion value (Dmin) and a second chromatic dispersion value (Dmax) with a resolution (ΔD) determined by the chromatic dispersion filter range (Dmin...
The wavelength dispersion value (D1) of the biaxial optical element and the wavelength dispersion value (D2) of the negative C plate have the following relationship: D1 ≥ D2.
The maximum value of a leak field by the minor axis gradient coil (9y) is equal to or less than the maximum value of the leak field by the major axis gradient coil (9x).
The Hayes value of the light scattering layer is 86% or less.
The controller may use the Q value to control the PMD compensator.
The predicted image noise dispersion value is compared to a desired value of the image index value inputted by a user so as to calculate a modulation pattern of the irradiation X-ray amount (S200).
Very short pulses with a large optical bandwidth may be obtained by matching the dispersion value of the fiber Bragg grating to the inverse of the dispersion of the intra-cavity fiber.
The sign of the total dispersion of the sub-lengths is made to alternate along the length of the waveguide, thereby allowing the total dispersion of the waveguide to be managed to a pre-selected target value.
Very short pulses with a large optical bandwidth are obtained by matching the dispersion value of the fiber Bragg grating to the inverse of the dispersion of the intra-cavity fiber.
The wavelength dispersion value of the basic propagation mode in the wavelength 1550 nm is -1 to 5 ps/nm/km.
By doping the compensation fibre sheathing with fluorine in a targeted manner, a positive value is set for the dispersion of the compensation fibre.
The polarization mode dispersion value is below 0.15 ps/km1/2.
Another embodiment detects turbidity or light scattering to generate a value X indicative of the extent of agglomeration.
A shear slowness value is selected from the dispersion curve and quality control is performed on the selected shear slowness value.
The fractional spectral power is related to the amount of dispersion present in the optical path of the network.
Advantageously, the offset value comprises a fixed amount and a variable amount, the variable amount accounting for dynamic differences in temperature control characteristics of the first and second temperature control zones.
Recoverable amount is the higher of an asset's fair value less costs to sell and its value in use.
Recoverable amount and carrying amount of a cash-generating unit
uncertainty of measurement means a non-negative parameter characterizing the dispersion of the quantity values being attributed to a measurand, based on the information used.
Uncertainty of measurement is a non-negative parameter characterising the dispersion of the quantity values being attributed to a measurand, based on the information used.
The predicted data point value is compared to the given one of the values to determine if the given one of the values is an erroneous value.
Each new weight vector is compared with the reference class, and it is then determined whether the difference exceeds a predetermined statistic spread value.
The negotiation may also be based upon value, a recent value, a reliability value, a type of work value, or a compensation value.
Rated value means a value that is declared by the manufacturer.
rated value means a value declared by the manufacturer.
rated value means a value that is declared by the manufacturer.
A cell value can be either a numerical cell value or a special cell value
The actual value and/or the nominal value are normalised to a reference value.
Each analyte record includes a low value, a high value, and a target value.
The first value and the third value are different from the second value.
The difference value between the actual value and the estimated value is calculated.
The difference between the improved value and the set value is detected, and the improved value so calculated is used as the set value when calculation of the improved value is repeated (S4).
This differential value is compared with a threshold differential value in order to stop the fuel dosing pump if the calculated differential value exceeds the threshold differential value.
One intermediate value in the series is provided as an output value for a multiplication of the input value with a constant value.
A change value is combined with the charge indicator value to provide a prediction for the future value of the charge indicator value.
The displacement value and the stress value are computed for each region, and a maximum value of the differences in stress value between the regions.
A quantization target calculator (14) calculates a subtraction value which is produced by subtracting the value corresponding to the quantized normalized value from a value corresponding to the magnitude of each sample value.
The process comprises: adjusting the pH of the aqueous medium of the aqueous fluoropolymer dispersion to greater than about 8.5; and exposing said aqueous fluoropolymer dispersion to an oxygen source.
A measure of dispersion from the measure of central tendency, such as standard deviation is determined.
The solid dispersion may take the form of a molecular dispersion or a partial molecular dispersion.
The invention relates to a dispersion comprising a dispersion medium, a polymeric dispersing agent, and carbon nanotubes dispersed in the dispersion medium.
The second dispersion at least partially cancels the first dispersion.
The light-scattering particles have a size distribution with a full width at half maximum of less than 100 nm.
The anti-scatter module (32) includes radiation absorbing anti-scatter plates (80).
The chirp dispension selector (17) sets the dispension rate in accord to a nominal rate, resulting in the beam illuminating a spot (18) in the focal plane (17).
The transmission loss is below 0.25 dB/km.
rms = root mean square
peak-to-mean ratio technique
Typically, the output PAR is reduced relative to the input PAR.
A processor determines the portion of the reading due to the exhaust plume by substracting the ambient and blocked readings from the exhaust plume reading.
A mixing unit outputs the vertical interpolation value, the oblique average value or their mixed value as the interpolation pixel value on the basis of the oblique difference absolute value.
The second reference value is compared with a third value from the set of the second error check value, the second authentication value and the first reference value.
The value thus obtained is then compared with a desired value (S0).
The temperature (T) of the laser (1) is regulated according to the desired value (S0) if the resulting value does not correspond with the desired value (S0).
An image processing circuit (100) compares (102) a pixel value to a threshold value and modifies the pixel value if the pixel value has a predetermined relationship to the threshold value.
If the index value is equal to a first predetermined value then a run-length counter is incremented by a second predetermined value and the process is repeated until the index value is not equal to the first predetermined value.
A modified value for the pixel value is outputted, where the modified value is the adjusted low frequency value augmented by the second high frequency value.
When the first value (SOC1) has a low reliability, the second value (SOC2) is set as the initial value (SOCi) even if the second value (SOC2) is shifted from the actual SOC value.
A first value is subtracted from the counter value related to the past detection points, and a second value, which is different from the first value, is subtracted from the counter value related to the particular detection points.
The setting unit sets, as the specific Delay value, a value equal to or lower than the smaller Delay value between the first Delay value and the second Delay value.
A normalized-value quantizer (13) obtains a quantized normalized value, which is produced by quantizing the normalized value, and a normalized-value quantization index which corresponds to the quantized normalized value.
In the quantization, the difference value is quantized to a specific quantization value when the absolute value of the difference value is smaller than a given defined value.
When the voltage command value becomes at least the prescribed threshold value, the boost converter (12) is controlled with setting the absolute value of the rate of change to a second value smaller than the first value.
If there is a value Cx with index value n = x indicating a higher similarity than the similarity value C0, the value L is corrected by adding the index value x.
The stable value is compared with a reference value (5), and a calibration value is determined according to a correspondence of the stable value and the reference value (5).
Either the qualitative value or the quantitative value shall be provided.
Value of lost load; value of supply
Fair value differs from value in use.
The measured value shall meet the rated value.
The produced water is useful as health water.
The present invention provides sparse algorithms in the form of a Sparse Least Mean Squares (LMS) algorithm and a Sparse Constant Modulus Algorithm (CMA) and a Sparse Decision Directed (DD) algorithm.
The optical transmission line causes a first dispersion of the optical signal and the dispersion compensator causes a second dispersion of the optical signal.
Said dispersion is obtained by: a) producing a polyurethane base dispersion in multiple stages and; b) then producing a polyurethane-polymer-hybrid-dispersion.
Said dispersion comprises 10 to 65 percent by weight of dispersing agent and 30 to 90 percent of dispersed substances, the percentages being relative to the total weight of the dispersion.
The invention relates to a dispersion and/or composition for producing a dispersion containing both a particulate constituent and a dispersant.
The DC fiber may be optically connected to a non-zero dispersion shifted fiber in the system to compensate for dispersion and dispersion slope thereof.
The dispersion compensation module includes segments of optical fiber of varying length, some of which have a positive dispersion while other have a negative dispersion.
The first dispersion compensating fiber has a first non-zero dispersion coefficient and a first non-zero dispersion slope coefficient.
The network includes a first dispersion compensating fiber (18-1) providing dispersion compensation and dispersion slope compensation.
The second dispersion compensating fiber has a second non-zero dispersion coefficient and a second non-zero dispersion slope coefficient.
A water base dispersion having excellent dispersion stability and mechanical stability; and a paper produced from the water base dispersion.
The waveguide exhibits negative dispersion, negative dispersion slope and negative third order dispersion over the operating wavelength.
The total dispersion slope of an optical transmission line is improved while the dispersion of a dispersion-shifted fiber is well compensated for.
The positive dispersion of the second span compensates for the negative dispersion of the first span such that the cumulative dispersion across the first and second spans is approximately zero.
A dispersion map providing a negative average dispersion and a minimum dispersion wavelength outside of the signal band may be employed.
A dispersion compensator is controlled (220) in accordance with the dispersion signal to optically compensate for the dispersion of the optical signal.
At each node, an optical performance monitor (34) analyzes dispersion while a dispersion compensation module (38) reduces the amount of dispersion in the signals.
An effective and simple process for producing a fine dispersion of a sparingly soluble drug; and a fine sparingly-soluble-drug dispersion having excellent dispersion stability.
By dispersing the pigment dispersion in an aqueous medium, an aqueous pigment dispersion for ink-jet recording which has the characteristics can be obtained.
Each dispersion compensator includes at least one set of at least one first dispersion compensator and at least one second dispersion compensator.
Further disclosed are a fluid dispersion of the complex, production methods for the complex and the fluid dispersion thereof, and a plastic substrate using the complex and fluid dispersion thereof.
The variable dispersion compensator then uses the set dispersion compensation amount to perform a dispersion compensation of the received optical signal.
The invention further relates to a metal nanoparticle dispersion, in particular a silver nanoparticle dispersion, in particular produced by means of the method according to the invention, and to the use of said metal nanoparticle dispersion.
The dispersion layer (13) is suitable for causing a dispersion of the carriers along the plane of the dispersion layer (13).
In addition, a fine metal particle dispersed liquid containing the fine metal particle dispersant, fine metal particles and a dispersion medium is prepared.
A method of producing an aqueous dispersion of a pigment, and the aqueous dispersion of the pigment and the uses of the aqueous dispersion of the pigment.
This copper-fine-particle dispersion liquid (1) includes a dispersion medium, and copper fine particles (11) dispersed in the dispersion medium.
Further, the second heat-dispersion member has heat-dispersion performance relatively superior to that of the first heat-dispersion member.
The invention also relates to a dispersion obtainable by the method, and the use thereof.
The present invention is directed to a dispersion of polymer particles in a dispersing medium.
Dispersion may take place in the dispersing device simultaneously or in succession.
The dispersion compensation modules may compensate for different amounts of dispersion.
The downstream fiber has non-zero dispersion and low dispersion slope.
Two dispersers tunnels (20, 22) are provided at a disperser station.
Two dispersers tunnels (20, 22) are provided at a disperser station.
Each disperser tunnel (20, 22) houses two dispersers (24, 26 and 28, 30).
The multi-cavity structure generates appropriate dispersion properties for dispersion compensation purposes.
The finished stabilizer dispersion is continuously removed from the dispersing mechanism.
The first optical fiber type has a positive dispersion and a positive dispersion slope.
The second optical fiber type has a negative dispersion and a negative dispersion slope.
The dispersion medium mimics chromatic dispersion in an actual eye.
The dispersion managed fiber with smoothly varying dispersion may be formed by a wide variety of techniques.
Disclosed is a dispersion compensating and dispersion slope compensating single mode optical waveguide fiber.
According to the invention, the dispersion contains starch ester together with dispersion admixtures known as such.
A curved disperser plate shrouds the disperser roll and prevents premature doffing.
The solid dispersion can be prepared by the methods of triturate, fusion or spray drying.
The second dispersion angular orientation is different from the first dispersion angular orientation.
The dispersion device also includes an aperture extending through the dispersion member.
One dispersive and one non- dispersive frequency are used.
The coating material contains a first aqueous dispersion (A) and a second aqueous dispersion (B).
The dispersion unit forms aerosol by pulverizing and dispersing the aggregated ceramic powder.
The dispersing vehicle provides excellent humectant and dispersing properties.
A dispersion of silver particles and a method of making the dispersion are described.
Further, the pigment dispersion composition exhibits high dispersion stability.
The present invention provides a dispersion, and a process for producing a dispersion.
An aqueous dispersion and a method for making an aqueous dispersion.