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Panning

The initial volume of a track is determined by the volume of the Preview feder in the Mixer window at the time the track is created. [Pg.48]

Click the Multipurpose Fader mode button to change to a Pan slider. [Pg.48]


Yvon J 1935 Actualities Scientifiques et Industriel Pans Herman et Cie)... [Pg.551]

Haese N N, Pan F-S and Oka T 1983 Doppier shift and ion mobiiity measurements of ArH" in a He DC giow discharge by infrared iaser spectroscopy Phys. Rev. Lett. 50 1575-8... [Pg.824]

Pan R P, Wei H D and Shen Y R 1989 Optical second-harmonic generation from magnetized surfaces Phys. Rev. B 39 1229-34... [Pg.1302]

Bhawalkar J D, Swiatkiewicz J, Pan S J, Samarabandu J K, Liou W S, He G S, Berezney R, Cheng P C and Prasad P N 1996 Three-dimensional laser scanning two-photon fluorescence confocal microscopy of polymer materials using a new, efficient upconverting fluorophore Scanning 18 562-6... [Pg.1675]

Li Y Q, Tao N J, Pan J, Garcia A A and Lindsay S M 1993 Direct measurement of interaction forces between colloidal particles using the scanning force microscope Langmuir 9 637... [Pg.1728]

Figure Cl. 1.6. Minimum energy stmctures for neutral Si clusters ( = 12-20) calculated using density functional theory witli tire local density approximation. Cohesive energies per atom are indicated. Note tire two nearly degenerate stmctures of Si g. Ho K M, Shvartsburg A A, Pan B, Lu Z Y, Wang C Z, Wacher J G, Fye J L and Jarrold M F 1998 Nature 392 582, figure 2. Figure Cl. 1.6. Minimum energy stmctures for neutral Si clusters ( = 12-20) calculated using density functional theory witli tire local density approximation. Cohesive energies per atom are indicated. Note tire two nearly degenerate stmctures of Si g. Ho K M, Shvartsburg A A, Pan B, Lu Z Y, Wang C Z, Wacher J G, Fye J L and Jarrold M F 1998 Nature 392 582, figure 2.
Example Crippen and Snow reported their success in developing a simplified potential for protein folding. In their model, single poin Ls rep resell t am in o acids. For th e avian pan creatic polypeptide, th c n ative structure is not at a poten tial m in imum. However, a global search fotin d that the most stable poten tial m in im urn h ad only a 1.8, An gstrom root-m ean-square deviation from thenative structu re. [Pg.15]

Th e vibrational potential in ay be ex pan ded in a Taylor series abon t the etinilibrmni positions of the atoms. [Pg.333]

Tbe pbenol should be weighed out carefully on a piece of glazed paper on the balance pan. If spilt crystals of phenol are allowed to remain on the balance pans, the latter may become corroded. If phenol is allowed to come in contact with the hands, it should be washed off without delay,... [Pg.219]

Meanwhile, the organic compound can be prepared for analysis whilst the sealed end C (Fig. 72) of the Carius tube has been cooling dow n. For this purpose, thoroughly clean and dry a small tube, which is about 6 cm. long and 8-10 mm. w ide. Weigh it carefully, supporting it on the balance pan either by means of a small stand of aluminium foil, or by a short section of a perforated rubber stopper (Fig. 73 (A) and (B) respectively) alternatively the tube may be placed in a small beaker on the balance pan, or suspended above the pan by a small hooked wire girdle. [Pg.419]

The sensitivity of the balance. The sensitivity of the balance may conveniently be defined as the deflection of the balance pointer over the scale caused by an excess of i mg. on one of the pans. This factor differs according to the actual load on the pans, and it is usual to plot the sensitivity at a series of loads over the range within which the balance is to be used the sensitivity at any particular load may then be determined at once by reference to the curve. [Pg.465]

The type of balance referred to abo e has now been superseded by far more accurate and more rapid balances w hich do not retynre the method of weighing described (p. 466). This book may, however, be used in laboratories which do not possess these balances, or use single-pan balances. [Pg.465]

To prepare the funnel G, fit it to the filter-flask and wash it by passing distilled water, ethanol and acetone through the glass plate H. Remove G from the bung J, wipe it with a clean cloth, and dry it in an oven for 15 minutes at 140°. Then carefully wipe it again with the cloth, and place it in the balance case on the carrier D (Fig. 90) for 15 minutes to attain an equilibrium with the air. Then transfer it to the balance pan and weigh. [Pg.504]


See other pages where Panning is mentioned: [Pg.143]    [Pg.389]    [Pg.99]    [Pg.322]    [Pg.322]    [Pg.677]    [Pg.745]    [Pg.2406]    [Pg.2789]    [Pg.4]    [Pg.157]    [Pg.347]    [Pg.397]    [Pg.24]    [Pg.26]    [Pg.40]    [Pg.77]    [Pg.124]    [Pg.126]    [Pg.126]    [Pg.81]    [Pg.465]    [Pg.466]    [Pg.466]    [Pg.466]    [Pg.467]    [Pg.467]    [Pg.476]    [Pg.477]    [Pg.486]    [Pg.502]    [Pg.503]    [Pg.112]    [Pg.329]    [Pg.336]    [Pg.196]    [Pg.1029]    [Pg.1037]   
See also in sourсe #XX -- [ Pg.46 , Pg.47 ]

See also in sourсe #XX -- [ Pg.99 , Pg.161 , Pg.210 ]

See also in sourсe #XX -- [ Pg.162 ]

See also in sourсe #XX -- [ Pg.442 ]

See also in sourсe #XX -- [ Pg.48 ]




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Agglomeration pan

Agitated-Pan Type

Agitated-pan dryers

Alkyl- and Alkoxy-Substituted PAns

Antibodies panning antibody libraries

Antibody panning

Attributes of a PAN based Precursor Polymer and its Subsequent Production

Baking Pan Cleaner (Powder)

Balling pan

CARBON FIBERS FROM PAN

Cake pans

Calandria pans

Carbon PAN-based

Carbon fiber PAN-based

Carbonization Stages of PAN Carbon Fibers

Carbonized PAN fibers

Coating in a Conventional Pan Coater

Constructing a pan-European hydrogen infrastructure

Costs of PAN based Carbon Fiber

Cross-linked PAN

Crystallization equipment sugar vacuum pan

DSC pans

Dirt pans

Double-pan balance

Dough panning

Draw pan

Drip pans

EB-PAn/PVA composites

Edited by Antonio Violante, Pan Ming Huang, and Geoffrey Michael Gadd

Electrospun PAN precursor

Fat-pan fire

Fiber Production using a PAN Precursor

Filament Diameter Distribution in PAN Tow

Fine Structure and Texture of PAN based Carbon Fibers

Flash pan

General Pans

Genomic Evolution of Lactic Acid Bacteria From Single Gene Function to the Pan-genome

Granulating pan

Hard Panning

Hard pan

Hard panned products

Haves Panning factor

Hermetic pans

Hermetically sealed DSC pans

Hermetically sealed pans

High Pan Fires

High Pan Fires (in manuf of Ammonium

Hollow Fiber CMSM Membrane from Polyacrylonitrile (PAN)

Homopolymer PAN

Horizontal pans

Horizontal rotating pan filters

Initiation of CN Oligomerization in PAN and Copolymers

Inlet Weirs and Recessed Seal Pans

Iron pan

Lead in Water Pipes and Kitchen Pans

New pan

Nonstick cooking pans

Oxidized PAN Fiber

Oxidized PAN Fiber Finish Content

Oxidized PAN fiber (opf)

PAN PAC

PAN Precursors

PAN antioxidant

PAN as Precursor

PAN decomposition

PAN fibers

PAN fibres

PAN fibres production

PAN indicator

PAN, crystalline

PAN-based carbon fibre

PAN-based fibers

PAN-based gel polymer electrolytes

PAN-based polymer electrolytes

PAN-based systems

PAN-oxides

PAN/PVC

PANS definition

PANSS

PANSS scale

PAN—See Polyacrylonitrile

PAn Dispersions

PPAR Pan-Agonists

Pan American Health Organisation

Pan American Health Organization PAHO)

Pan American Petroleum

Pan American Union

Pan Crushers

Pan Euro Corporate

Pan acid

Pan assay interference compounds

Pan assay interference compounds PAINS)

Pan balance

Pan base

Pan bread

Pan coating

Pan control

Pan driers

Pan dryers

Pan filters

Pan granulation

Pan head screws

Pan masses

Pan mills

Pan paniscus

Pan pelletizing

Pan process

Pan release agents

Pan troglodytes

Pan-Am Flight

Pan-American Health Organization

Pan-American Highway

Pan-European

Pan-allergen

Pan-coating process

Pan-genome

Pan-selection

Panned almonds

Panned work

Panning adjusting

Panning antibody libraries

Panning apparatus

Panning for gold

Panning on cells

Panning procedure

Panning technique

Panning technique cell culture

Pans Green

Parasympathetic autonomic nervous system PANS)

Peroxyacyl nitrates, PANs

Peroxyacylnitrates (PANs

Phage panning

Physical Properties of PAN-Based Carbon Fibers

Plaster of pans

Polyacrylonitrile PAN-based)

Polyacrylonitrile, PAN

Polyaniline (PAN

Polyanilines (PAn)

Positive and negative syndrome scale PANSS)

Pots and pans

Pressure pans

Processing of PAN-based Carbon Fibers

Production of PAN-based carbon fibers

Reference pan

Reliability Is No Flash in the Pan

Requirements for a PAN Precursor

SPB3MPP-PAN

Sample Pan

Samples hermetic pans

Samples pressure pans

Seal Pan Below the Bottom Tray

Seal pan

Seal pans downcomer, clearances

Seal pans, inspection

Short-pan apron conveyor

Side-vented pans

Silver Sulphide Staining Test for Checking Structure of a PAN Precursor

Single-pan balance

Single—pan electric balance

Soft panning

Space and Panning

Stabilization Schemes of PAN and Associated Observations

Standard DSC pans

Structure of PAN Fibers

Structure of PAN Fibers Thermally Stabilized at

Structure of PAN-based carbon fibers

Structure of PAn

Substituted PAns

Sulfonic Acid Substituted PAns

Systems. Edited by Nicola Senesi, Baoshan Xing, and Pan Ming Huang

Technical Pan

Temperatures hermetic pans

Testing of PAN Precursor

The Pan Filter

The Tilting Pan Filter

Tilting pan filter

Tipping Pan and Table Filters

Tipping pan filters

Tobacco panning

Tower inspection seal pans

Trapout pans

Two-pan comparison balance

Types of PAN based Carbon Fiber

U-Pan

Vacuum pan

Vacuum pan dryer

Water and Secondary Dopants on PAn Crystallinity

White pan breads

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