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Controlling activities

AlGaAs quantum well infrared photodetector (QWIP) focal planes have achieved sufficient sensitivity out to 10-p.m wavelength to result in scene temperature sensitivity of ca 0.2°C when the focal plane is cooled to 77 K. Spectral sensitivity is shown in Eigure 9c and array information is given in Table 1. The supedattice, a newer tool for achieving controlled activation energy, should present many alternative infrared detection techniques. [Pg.436]

Such sources constitute background pollution and that portion of the pollution problem over which control activities can have little, if any, effect. [Pg.2172]

This control activity is primarily concerned with determining what products will be made in the batch plant and when those products will be made. This requires the control activity to interface with the process management, recipe management, and information management control activities. [Pg.111]

One of the main functions of this control activity is to select a master recipe from the recipe management control activity, edit that recipe and transform it into a control recipe suitable for downloading to the equipment-related control activity, downloading the recipe (i.e., initiating the batch), and then to supervise the execution of the recipe. [Pg.111]

This control activity includes process control and unit management. Process control includes those loops and devices that perform sequential control, regulatory control, and discrete control. Unit management is responsible for coordinating the activities associated with the batch units (e.g., allocating resources within the unit, ensuring that batch sequences proceed in the proper order, etc.). [Pg.111]

Depending upon the specifics of the toll, the primary control activity performed by the client during ongoing operations will be auditing the toller. This assures operations are going as planned and... [Pg.109]

First Responders need only awareness training to recognize that an emergency response situation exists and are instructed to summon employees who are fully trained. First Responders are not to attempt to control activities for which they are not trained. [Pg.1]

Quality control is also the term used as the name of a department. In most cases Quality Control Departments perform inspection and test activities and the name derives from the authority that such departments have been given. They sort good products from bad products and authorize the release of the good products. It is also common to find that Quality Control Departments perform supplier control activities, which are called Supplier Quality Assurance or Vendor Control. In this respect they are authorized to release products from suppliers into the organization either from the supplier s premises or on receipt in the organization. [Pg.33]

Prepare procedures covering the planning of subcontractor control activities. [Pg.330]

Zembura has made specific use of the rotating disc for investigation of the effect of flow on corrosion reactions. This work has shown that it is possible to determine the type of control (activation or concentration polarisation) of zinc dissolving in 0.1 N Na2S04 (de-aerated), which followed closely the predicted increase in hydrogen ion reduction as the flow rate increased, and proved that in this example... [Pg.315]

Where MU requirements are high, irrespective of absolute boiler output, more sophisticated water conditioning is usually warranted than would otherwise be provided. Also, as boiler output and operating pressures increase and heat and mass transfer issues become more critical, so the demand for more exacting water treatment programs, monitoring, and control activities increases in importance. [Pg.143]

Apart from other control activities, such as the determination of phosphate, it is always necessary to closely monitor the FW sodium (Na) content. [Pg.250]

Figure 1.8 Some basic neuronal systems. The three different brain areas shown (I, II and III) are hypothetical but could correspond to cortex, brainstem and cord while the neurons and pathways are intended to represent broad generalisations rather than recognisable tracts. A represents large neurons which have long axons that pass directly from one brain region to another, as in the cortico spinal or cortico striatal tracts. Such axons have a restricted influence often only synapsing on one or a few distal neurons. B are smaller inter or intrinsic neurons that have their cell bodies, axons and terminals in the same brain area. They can occur in any region and control (depress or sensitise) adjacent neurons. C are neurons that cluster in specific nuclei and although their axons can form distinct pathways their influence is a modulating one, often on numerous neurons rather than directly controlling activity, as with A . Each type of neuron and system uses neurotransmitters with properties that facilitate their role... Figure 1.8 Some basic neuronal systems. The three different brain areas shown (I, II and III) are hypothetical but could correspond to cortex, brainstem and cord while the neurons and pathways are intended to represent broad generalisations rather than recognisable tracts. A represents large neurons which have long axons that pass directly from one brain region to another, as in the cortico spinal or cortico striatal tracts. Such axons have a restricted influence often only synapsing on one or a few distal neurons. B are smaller inter or intrinsic neurons that have their cell bodies, axons and terminals in the same brain area. They can occur in any region and control (depress or sensitise) adjacent neurons. C are neurons that cluster in specific nuclei and although their axons can form distinct pathways their influence is a modulating one, often on numerous neurons rather than directly controlling activity, as with A . Each type of neuron and system uses neurotransmitters with properties that facilitate their role...
These are basically neurons whose cell body and axon terminals are both found in the same part of the CNS (Fig. 1.2). They are not concerned with transmitting information from one part of the CNS to another but in controlling activity in their own area. They can be excitatory but are more often inhibitory. They may act postsynaptically through conventional IPSPs (or slower potential changes) or presynaptically by modifying NT... [Pg.23]

FIGURE 7.1.1 Typical technological and managerial factors influencing performance of quality control activities... [Pg.556]

The availability and clarity of procedures and insfiuctions that affect the abilities of people to execute control activities is important. Unclear instructions about what to do in case of out-of-confiol situations will result in unpredictable decisions on quality atfiibutes. [Pg.556]

This quadratic dependence has been observed in many systems, and the dominance of lipophilicity in controlling activity reflects its importance in transport [74]. Nevertheless, the biological response (BR) of a series of compounds (which is often expressed by the inverse of the drug concentration) may also involve an electronic ( ) and/or a steric (5) contribution. Hence, QSARs have been mostly constructed using the generalized Hansch equation [337] ... [Pg.755]

As another example, increased reliance on the control activities of national systems is being considered, with the potential for serious departure from the requirement of independent verification In their place, it is suggested that the Agency s new rights will allow it to accomplish the same purpose as classical safeguards, through increased investigation when... [Pg.122]


See other pages where Controlling activities is mentioned: [Pg.299]    [Pg.2210]    [Pg.109]    [Pg.110]    [Pg.111]    [Pg.111]    [Pg.784]    [Pg.190]    [Pg.201]    [Pg.203]    [Pg.212]    [Pg.213]    [Pg.31]    [Pg.181]    [Pg.847]    [Pg.464]    [Pg.381]    [Pg.552]    [Pg.552]    [Pg.555]    [Pg.555]    [Pg.104]    [Pg.149]    [Pg.169]    [Pg.125]    [Pg.172]    [Pg.175]    [Pg.180]    [Pg.972]    [Pg.401]   
See also in sourсe #XX -- [ Pg.207 ]




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1,4-addition active substrate control

Activation Overpotential and Controlling Factors

Activation control

Activation control

Activation control, anodic partial process

Activation control, leveling process

Activation controlled partial processes

Activation controlled processes

Activation energy controlled process

Activation environment, control

Activation-controlled limit

Activation-controlled rate constants

Activation-controlled reactions

Activation-controlled regime

Activation-controlled region

Activation-diffusion control

Active agents controlled release

Active and Passive Controls

Active body control

Active control arm

Active control equivalence studies

Active control system

Active controls

Active controls

Active engineered controls

Active filler-controlled pyrolysis

Active flow control

Active noise control

Active perimeter gas control systems

Active pharmaceutical ingredient change control

Active risk control

Active sites enantiomorphic control

Active targeting controlled drug delivery

Active vibration control system

Active-passive corrosion behavior controlled potential

Adhesive Properties Control by Surface-Active Substances

Adhesives controlling activity

Air-Liquid Interfacial Microlens Controlled by Active Pressure

Anodic under activation control

Application of Active Control from Practical Engineering Aspects

Batch process control activity model

Biological agents with pest-control activities

Biologically active materials, controlled

Biologically active materials, controlled release

Brain activation chemical control

Catalytic reaction active-site control

Central nervous system neurotransmitter activity, control

Chemical reactions activation-controlled

Control accidental activation

Control activities

Control groups active

Control mechanisms metabolite activation

Control mechanisms precursor substrate activation

Control of Enzyme Activity by Phosphorylation

Control of Enzyme Catalytic Activity by Effectors

Control of Maintenance Activities

Control of Superoxide Dismutase Activity and Stability

Control of Water Activity During Reaction

Control of muscle activity

Control of water activity

Control systems, technically complex activities

Controlled Delivery of Active Agents

Controlled activity

Controlled release of active agents

Controlled/living radical activation

Controllers, water pumps, active protection

Controlling Surface Waves on Finite Arrays of Active Elements With FSS Groundplane

Diffusion-controlled reactions, activation

Diffusion-controlled reactions, activation definition

Disease control activity

ES-Battery Indirect Coupling Active Control

Electric field control, enzyme activity

Electron transfer, activation control

Electron transfer, activation control adsorption

Electron transfer, activation control catalysis

Electron transfer, activation control diffusion limit

Electron transfer, activation control dissociative

Electron transfer, activation control homogeneous

Electron transfer, activation control inner sphere

Electron transfer, activation control irreversible

Electron transfer, activation control mediated

Electron transfer, activation control outer sphere

Electron transfer, activation control reorganization energy

Electron transfer, activation control reversible

Electron transfer, activation control slow (

Enzymatic activity, locations used control

Enzyme activity temperature control

Enzymes activity, control

Enzymes factors controlling activity

Ethylene-Based Active Control

Foam control surface-active material

GTPase activity controls

Gene Activity Control, Development and Stress Response

Hazard control workplace activities

Hybrid Control of a 3-D Structure by Using Semi-Active Dampers

Increasing actively caring personal control

Insect control Insecticidal activity

Isomerization reaction active-site control

Kinetics activation-controlled

Labeling controls activity)

Labeling controls enzyme activity

Laser control activation

Lipase activity control

Muscarinic activity, control

Neurotransmitter activity, control

Odour control, activated carbon

Optical activity control

Partial activation controlled

Pathways Are Regulated by Controlling Amounts and Activities of Enzymes

Pest control activities

Polymerization, activation structure-controlled

Potential Replacements for the Active Pharmacological Control Treatment Arm

Potential controlled activity

Protonic activity, control

Quality control active pharmaceutical ingredients

Quality control sampling activities

REAL LIFE Medicine 21-1 Physiologically Active Amines and Weight Control

Rate constant activation control

Rates activation-controlled

Semi-active control

Semi-active control systems

Shape Control and Active Flow

Single-molecule active-control

Small Caged Molecules Used to Control Protein Activity

Structure-activity relationships Electronic control

Structure-activity relationships control

Symmetry controlled reactions activation parameters

The control of enzyme activity

Transfer, Activation, or Kinetic Control

Water Activity Control

Water Activity Control Using Pairs of Salt Hydrates

Water Activity Control Using Saturated Salt Solutions

Water Activity Control Using Sensors

Water activity, controlling

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