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Transference function

Identification of the material properties as an estimation of transfer function (TF) for the black box model. In this case the problem of identification is solving according to the results of the input (IN) and output (OUT) actions. There is a transfer of notion of mathematical description of TF on characterization of the material. This logical substitution gives us an opportunity to formalize testing procedure and describe the material as a set of formulae, which can be used for quantitative and qualitative characterization of the materials. [Pg.188]

The detectability of critical defects with CT depends on the final image quality and the skill of the operator, see figure 2. The basic concepts of image quality are resolution, contrast, and noise. Image quality are generally described by the signal-to-noise ratio SNR), the modulation transfer function (MTF) and the noise power spectrum (NFS). SNR is the quotient of a signal and its variance, MTF describes the contrast as a function of spatial frequency and NFS in turn describes the noise power at various spatial frequencies [1, 3]. [Pg.209]

Within this work [7] a method and model to determine the optical transfer function (OTF) for the detector chain without detailed knowledge of the internal detector and camera characteristics was developed. The expected value of the signal S0.2 is calculated with... [Pg.211]

Modulation Transfer Function MTF The course of the MTF is calculated from the established inherent unsharpness. [Pg.438]

The unsharpness is generally measured with the duplex wire IQI (CERL B), strip pattern IQI-s (here we used a Siemens star) or adduced via the modulation transfer function (MTF). References [1,2,3] give the MTF s determined for the BAS2000, BAS2500 and BAS5000. [Pg.471]

In space-frequency domain, the back-scattering transfer function is given by ... [Pg.744]

LVSEM low-voltage scanning electron microscope MTF modulation transfer function... [Pg.1623]

B1.17.5.1 IMAGING OF PROJECTED STRUCTURE—THE CONTRAST TRANSFER FUNCTION (CTF) OF TEM... [Pg.1635]

Frank J and Penczek P 1995 On the correction of the contrast transfer function in bioiogicai eiectron microscopy Optik 38 125-9... [Pg.1652]

Frank J 1973 The envelope of electron microscopic transfer functions for partially coherent Illumination Optik ZS 519-27... [Pg.1654]

Parallelizing this method was not difficult, given that we already had parallel versions of several multipole algorithms to start from. The entire macroscopic assembly, given its precomputed transfer function, is handled by a single processor which has to perform k extra multipole expansions, one for each level of the macroscopic tree. Each processor is already typically performing many hundreds or thousands of such expansions, so the extra work is minimal. [Pg.462]

Figure 9-13. Artificial neuron the signals x, are weighted (with weights IV,) and summed to produce a net signal Net. This net signal is then modified by a transfer function and sent as an output to other neurons,... Figure 9-13. Artificial neuron the signals x, are weighted (with weights IV,) and summed to produce a net signal Net. This net signal is then modified by a transfer function and sent as an output to other neurons,...
The net signal is then modified by a so-called transfer function and sent as output to other neurons. The most widely used transfer function is sigmoidal it has two plateau areas having the values zero and one. and between these an area in which it is increasing nonlinearly. Figure 9-15 shows an example of a sigmoidal transfer function. [Pg.453]

Figure 9-15. Sigmoidal transfer function, in which the area between the plateaus does not increase linearly. Figure 9-15. Sigmoidal transfer function, in which the area between the plateaus does not increase linearly.
Most thermometry using the KTTS direcdy requites a thermodynamic instmment for interpolation. The vapor pressure of an ideal gas is a thermodynamic function, and a common device for reali2ing the KTTS is the helium gas thermometer. The transfer function of this thermometer may be chosen as the change in pressure with change in temperature at constant volume, or the change in volume with change in temperature at constant pressure. It is easier to measure pressure accurately than volume thus, constant volume gas thermometry is the usual choice (see Pressure measurement). [Pg.396]

Many attempts have been made to develop an equation based on the semiconductkig transfer function of thermistors. These have usually been of the form... [Pg.401]

Amplitude of controlled variable Output amplitude limits Cross sectional area of valve Cross sectional area of tank Controller output bias Bottoms flow rate Limit on control Controlled variable Concentration of A Discharge coefficient Inlet concentration Limit on control move Specific heat of liquid Integration constant Heat capacity of reactants Valve flow coefficient Distillate flow rate Limit on output Decoupler transfer function Error... [Pg.717]

Controller gain Load transfer function gain Measurement gain Process gain... [Pg.717]

To illustrate how Laplace transforms work, consider the problem of solving Eq. (8-2), subjec t to the initial condition that = 0 at t = 0, and Cj is constant. If were not initially zero, one would define a deviation variable between and its initial value (c — Cq). Then the transfer function would be developed using this deviation variable. Taking the Laplace transform of both sides of Eq. (8-2) gives ... [Pg.720]

Transfer Functions and Block Diagrams A very convenient and compact method of representing the process dynamics of linear systems involves the use or transfer functions and block diagrams. A transfer func tion can be obtained by starting with a physical model as... [Pg.720]

The term in parentheses in Eq. (8-17) is zero at steady state and thus it can be dropped. Next the Laplace transform is taken, and the resulting algebraic equation solved. Denoting X s) as the Laplace transform of and X,(.s) as the transform of 4, the final transfer Function can be written as ... [Pg.721]


See other pages where Transference function is mentioned: [Pg.209]    [Pg.212]    [Pg.444]    [Pg.445]    [Pg.739]    [Pg.1622]    [Pg.462]    [Pg.291]    [Pg.194]    [Pg.460]    [Pg.73]    [Pg.481]    [Pg.62]    [Pg.472]    [Pg.660]    [Pg.715]    [Pg.715]    [Pg.717]    [Pg.717]    [Pg.717]    [Pg.717]    [Pg.717]    [Pg.717]    [Pg.717]    [Pg.717]    [Pg.719]    [Pg.721]    [Pg.721]    [Pg.721]   
See also in sourсe #XX -- [ Pg.93 ]




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Active sensing transfer function methods

Approximate transfer functions

Approximation of the process transfer function

Are Molecular Exchange-correlation Functionals Transferable to Crystals

Artificial neurons transfer function

Atom transfer radical polymerization functional group tolerance

Basis functions constructing transfer state function

Better Do the Math Ignore Transfer Functions at Your Own Peril

Biological computation transfer functions

Bode stability criterion transfer functions

Calculation of offset from the closed-loop transfer function

Capacitance transfer function

Capacity systems, transfer function

Case Study Comparison of DFT Functionals on Model Phosphoryl Transfer Reactions

Chain transfer agent functional polymer method

Chain transfer agent secondary functionalization

Charge transfer function

Charge-transfer absorption band function

Closed loop control system feedback systems, transfer function

Closed-loop pulse transfer function

Closed-loop transfer function

Closed-loop transfer function matrix

Combined transfer function

Complex transfer function

Computer-generated transfer functions

Contrast transfer function

Contrast transfer function (CTF

Contrast transfer function equation

Contrast transfer function limiting resolution

Contrast transfer function model

Control-to-output transfer function

Controller transfer function

Controller transfer function matrix

Critical modulation transfer function

Dc transfer functions

Dead time transfer function

Deadtime, transfer function

Delta function energy transfer

Density functional theory electron transfer

Derivation of the Nonnalized Transfer Function

Derivation of the Transfer Function

Digital filters transfer function

Discrete Approximation of Continuous Transfer Functions

Discrete transfer function

Electro-optic transfer function

Electrochemical impedance spectroscopy transfer function

Electrogravimetric transfer functions

Electrogravimetry transfer function

Electron transfer distribution functions

Electron transfer rate constants, function

Electron transfer rate constants, function free-energy change

Electronic wave function transferring electron

Evaporator transfer function normalization

Exponential transfer function

Feedback Stage Transfer Functions

Feedback transfer function

Ferrocene-functionalized polymer atom transfer radical

Filter transfer function

First order-transfer function

First-order systems pulse transfer function

Form function of a few characteristic structures Behaviour for large wave vector transfer

Forward transfer function

Forward-path transfer function

Frequency Interpretation of z-domain transfer function

Frequency interpretation of the z-domain transfer function

Frequency transfer function

Function process transfer, styrene polymerization control

Functional Transfer Agents

Functional information, transfer

Functionalization of SPS via Borane Chain Transfer Agents

General second-order transfer function

Generalized transfer function

Heat transfer boundary layer functions

Heat transfer coefficient function

Hydrodynamic transfer function

Hyperbolic transfer function

Imaging functional electron transfer

Instrumentation transfer function analyzer

Interactions transfer function

Kinetic Transfer Function for Simple Electrochemical Reactions

Laplace transform transfer functions

Line-to-output transfer function

Linear transfer function

Loop transfer function

Mass transfer equation error function

Mass-Transport Transfer Function

Metabolic functions electron transferring flavoproteins

Mixing process normalized transfer function

Model acceptance for transfer-function-based technique predictability

Modulation Transfer Function definition

Modulation Transfer Function measurement

Modulation Transfer Function prediction

Modulation transfer function

Modulation transfer function (MTF

Molecular function electron transfer, Marcus theory

Monolayer- and Multilayer-enzyme Assemblies Functionalized with Electron-transfer Mediators

Neural transfer functions

Neurons transfer function

Nonlinear transfer function

Normalization of the Transfer Function

Nucleotide functions transfer

Open-loop pulse transfer function

Open-loop transfer function

Optical transfer function

Organic substrates, functionalization transfer

Other Transfer Functions

Overall closed-loop transfer function

Parameter sensitivity of transfer functions

Particle transfer function

Pedo-transfer function

Phase contrast transfer function

Phase transfer function

Phase-transfer catalysts, functional group

Phase-transfer catalysts, functional group tolerance

Photoelectrochemical transfer function

Pile Transfer Function Analysis

Plant Transfer Functions of All the Topologies

Plant transfer function

Poles of transfer function

Potential (Electrogravimetric) Transfer Function

Potential energy function transferability

Power Stage Transfer Function

Power transfer function

Process Characteristics in Transfer Functions

Process transfer function, styrene

Properties of Transfer Functions

Proton transfer functional groups

Pulse Width Modulator Transfer Function (gain)

Pulse transfer function

Regulator transfer function, closedloop

Resonance function energy transfer

Ring-disk transfer function

Second-order transfer functions

Separator transfer function

Servo transfer function, closedloop

Sigmoid transfer function

Sigmoidal transfer function

Sign transfer function

Sine transfer function

Sinusoidal transfer function

Solution of nth-Degree Polynomials and Transfer Functions

State equations from transfer functions

Stirred tank heater transfer functions

Structure-Function Correlations Electron Transfer Chain

TRANSIM - Transfer Function Simulation

Temporal modulation transfer function

The filter transfer function

The pulse transfer function

The transfer function

Thermodynamic functions of transfer

Thermodynamic transfer functions

Thermoelectrochemical (TEC) Transfer Function

Thermoelectrochemical transfer function

Time series transfer function approach

Transfer Function Method (2-microphone)

Transfer Function Representation

Transfer Function of the LC Filter

Transfer Function of the RC Filter

Transfer Functions Involving Exclusively Electrical Quantities

Transfer Functions Involving Nonelectrical Quantities

Transfer Functions and Block Diagrams

Transfer Functions of Dynamic Elements and Networks

Transfer Functions, Time Constant and the Forcing Function

Transfer core-functionalized dendrimers

Transfer function

Transfer function

Transfer function admittance

Transfer function analysers

Transfer function analysis

Transfer function approach

Transfer function closedloop

Transfer function coincidence

Transfer function complex capacitance

Transfer function complex network

Transfer function electrical filter

Transfer function fracture

Transfer function functions

Transfer function functions

Transfer function general approach

Transfer function impedance

Transfer function in the hidden units

Transfer function matrix

Transfer function methods

Transfer function overall

Transfer function properties

Transfer function simulation

Transfer function, charge-flow

Transfer function, definition

Transfer function, identifiability

Transfer function, renormalization

Transfer function, role

Transfer functions and mobility filters

Transfer functions defined

Transfer functions error analysis

Transfer functions for feedback controllers

Transfer functions in series

Transfer functions inferences

Transfer functions model

Transfer functions parameters estimated

Transfer functions process characteristics

Transfer functions trends interpreted

Transfer functions types

Transfer probability distribution function

Transfer state function, constructing with

Transfer state function, constructing with basis functions

Transfer-function poles

Transferable intermolecular potential functions

Transference function method

Ubiquinone, electron transfer function

Use of Thermodynamic Transfer Functions

Vocal-tract transfer function

Voltage divider transfer function method

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