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High speed

For vehicles, special attention is most often focused on the knocking potential encountered at high motor speeds in excess of 4000 rpm for which the consequences from the mechanical point of view are considerable and lead very often to mechanical failure such as broken valves or pistons, and rupture of the cylinder head gasket. Between RON and MON, it is the latter which better reflects the tendency to knock at high speeds. Conversely, RON gives the best prediction of the tendency to knock at low engine speeds of 1500 to 2500 rpm. [Pg.199]

Robb R.A., et. al. The Dynamic Spartial Reconstructor a computed tomography system for high-speed simultaneous scanning of multiple cross section of the heart., J. Med. Syst., V. 4, 1980, p. 253-288. [Pg.220]

Digital High-Speed Microfokus-Radioscopy as a Monitoring Method for Fast Processes. [Pg.542]

The system for microfocus high speed radiographic testing consists of ... [Pg.544]

Radiographic system with high speed camera... [Pg.545]

The previous investigations of hard particle transport processes during laser beam dispersing have shown, that the high speed microfocus radioscopy system is a usable arrangement to observe and analyse the movements, velocities and accelerations of particles inside the molten bath. That possibility was, until now, not given by conventional techniques of process... [Pg.546]

The investigations show that the microfocus high speed radioscopy system is suitable for monitoring the hard particle transport during laser beam dispersing. It is possible to observe and analyse the processes inside the molten bath with the presented test equipment. As a consequence a basis for correlation with the results of a simulation is available. [Pg.549]

Nahata A, Heinz T F and Misewich J A 1996 High-speed electrical sampling using optical second-harmonic generation Appl. Phys. Lett. 69 746-8... [Pg.1305]

Anotlier standard metliod is to use a (high-speed) centrifuge to sediment tire colloids, replace tire supernatant and redisperse tire particles. Provided tire particles are well stabilized in tire solvent, tliis allows for a rigorous purification. Larger objects, such as particle aggregates, can be fractionated off because tliey settle first. A tliird metliod is (ultra)filtration, whereby larger impurities can be retained, particularly using membrane filters witli accurately defined pore sizes. [Pg.2670]

Asbeck P M 1990 High Speed Semiconductor Devices ed S M Sze (New York Wiley)... [Pg.2898]

Figure C3.5.3. Schematic diagram of apparatus used for (a) IR pump-probe or vibrational echo spectroscopy by Payer and co-workers [50] and (b) IR-Raman spectroscopy by Dlott and co-workers [39]. Key OPA = optical parametric amplifier PEL = free-electron laser MOD = high speed optical modulator PMT = photomultiplier OMA = optical multichannel analyser. Figure C3.5.3. Schematic diagram of apparatus used for (a) IR pump-probe or vibrational echo spectroscopy by Payer and co-workers [50] and (b) IR-Raman spectroscopy by Dlott and co-workers [39]. Key OPA = optical parametric amplifier PEL = free-electron laser MOD = high speed optical modulator PMT = photomultiplier OMA = optical multichannel analyser.
The PEOE procedure has been incorporated into practically ah molecular modeling packages, e.g., SYBYL of Tripos and Catalyst of Accelrys, because of its high speed and the quality of the charge values obtained. [Pg.332]

These integrals over mo s ean, through the LCAO-MO expansion, ultimately be expressed in terms of one- and two-eleetron integrals over the primitive atomie orbitals. It is only these ao-based integrals that ean be evaluated explieitly (on high speed eomputers for all but the smallest systems). [Pg.281]


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Amorphous high-speed deformation

Anthocyanins high speed countercurrent

Balancing high-speed

Ball high-speed

Bubble high-speed photography

By high-speed countercurrent chromatography

Capillary electrophoresis high-speed separations with

Carrier gases high-speed

Centrifugation high-speed

Centrifuges high-speed

Ceramics high-speed grinding

Column dimensions high-speed

Column efficiency high-speed

Column heating, high-speed

Column length high-speed

Column temperature high-speed

Columns high-speed

Compressors high-speed

Data systems, high-speed

Detectors high-speed

Development of High Torques, Volumes and Screw Speeds

Developments in Atomic Force Microscopy - High Speed AFM

Diesel engines high-speed

Differential scanning calorimetry high speed

Dispersers, high speed

Dispersion high speed disc

Dispersion high speed disperser

Drug-likeness high-speed chemistry libraries

Engines high-speed

Enhanced High-Speed Fluorous Synthesis Zhang

Experimental high-speed camera imaging

Extruders high speed energy input

Fast or High-Speed Gas Chromatography

Flat plate high speed flow

Fluorous synthesis, high-speed

Fracture resistance, high testing speed

Gas Dehydration in Counter-Current Absorbers with High-Speed Separation-Contact Elements

Gears high speed

Granulators high-speed

HIGH SPEED TYRE

HIGH-SPEED CIVIL TRANSPORT (HSCT), ROCKETS, AND THE SPACE SHUTTLE

Heat Transfer in High-Speed Flow

High Speed Floor Coating

High Speed Grinding Wheel Designs

High Speed Property

High Speed Train Cab

High speed DSC

High speed HPLC particle-packed columns limitations

High speed and efficiency

High speed autosamplers

High speed ball milling technique

High speed chemical derivatization

High speed circuits

High speed countercurrent chromatography

High speed countercurrent chromatography purification

High speed data acquisition

High speed disperser

High speed drive systems

High speed electron

High speed finish machining

High speed fluid mixers

High speed fracture

High speed impact tests

High speed mixer

High speed mixing

High speed optical switching

High speed oscilloscope

High speed photography laser light

High speed quantitation

High speed rotation

High speed rotor

High speed running tires

High speed scanner

High speed shaft mixers

High speed shafts

High speed sorting

High speed spin-draw fiber

High speed spin-draw fiber process

High speed spinning of samples

High speed steels

High velocity shaft speed

High-Speed AFM and Imaging of Biomolecular Processes

High-Speed Breaks

High-Speed Photographic Cameras

High-Speed Spinning and Structure Formation

High-Speed Stirring (HSS) Method

High-Speed Stirring Spectrometry

High-Speed Switch

High-Speed Two-Dimensional Capillary Electrophoresis

High-Speed Units

High-speed CCD camera

High-speed DSC techniques

High-speed GPC

High-speed HILIC

High-speed HPLC

High-speed LC

High-speed MAS

High-speed SEC columns

High-speed TLC

High-speed analysis

High-speed ball milling

High-speed blenders

High-speed bobbins

High-speed breakup

High-speed calorimetry

High-speed camera

High-speed camera device

High-speed centrifugal countercurrent chromatography

High-speed chemistry

High-speed chromatography

High-speed civil transport

High-speed coating, shear rate

High-speed computer chip

High-speed computing

High-speed counter current chromatograph

High-speed countercurrent

High-speed countercurrent chromatograph

High-speed extrusion

High-speed fire detection systems

High-speed flow imaging in slurry

High-speed gas chromatography

High-speed heat transfer

High-speed heating

High-speed injector

High-speed internet access

High-speed liquid chromatography

High-speed machine

High-speed mechanical properties

High-speed melt spinning

High-speed membrane osmometer

High-speed microscopy

High-speed milling

High-speed optical photography

High-speed parallel synthesis

High-speed photography

High-speed roads

High-speed separations

High-speed separator

High-speed single screw extruders

High-speed steel cutting tools

High-speed stirrer

High-speed stirring

High-speed stirring measuring kinetics

High-speed stirring method

High-speed streak camera

High-speed switching processes

High-speed temperature programming

High-speed tensile test

High-speed thin-layer chromatography

High-speed time-resolved

High-speed time-resolved spectrometry

High-speed tool steel, hardness

High-speed trains

High-speed transient recorder

High-speed vibration

High-speed vibration milling

High-speed vibration milling (HSVM

High-speed video camera

High-speed voltammetry

High-speed water impact method

High-speed-tool steel

High-spinning speeds

Imaging high-speed

Inlet systems high-speed

Instrument and Techniques for High-Speed AFM

Internal High-speed Mixer

Isothermal separation, high-speed

Kinetic sensitivity analysis, high-speed

Lewis acid-assisted high-speed living anionic

Lewis acid-assisted high-speed living anionic polymerization

Load shedding High speed

Machining high speed

Mapping high-speed

Microfluidic Systems Sensitivity, High Speed

Mixtures high-speed analysis

Molybdenum high speed steel

Molybdenum-based high-speed steels

Pharmaceutical analysis high-speed

Photography and High-Speed Imaging

Physical Parameters for High-speed Separations

Poly high speed spinning

Polyesters high speed spun

Polymerization high-speed living

Preparative high speed counter-current

Preparative high speed counter-current chromatography

Production lines high line speeds

Pumps centrifugal High speed

Sample loops, high-speed

Selectivity enhancement methods high-speed

Separation time high-speed

Silica for high speed HPLC

Small blade high speed

Small blade high speed agitators

Spinning at High Speeds

TGV high-speed train

Temperature-programmed separation high-speed

Testing high speed

Textile printing, high speed

Toughness high-speed tensile tests

Tryptic peptides, high-speed separation

Tungsten high speed steel

Tungsten-alloy high-speed tool steel

Turbulent high-speed deflagration

Ultra-high speed photography

Ultra-high-speed fire suppression

Valves high-speed

Wetting high-speed

Yphantis (High-Speed) Method

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