The sand is fine and pleasant, the cabanas are clean, and the parasols, green, raspberry, and butter yellow, are very gay.

It's the Valmet ( about $170 ), a 12-gauge over/under very much like the old Remington 32 -- which was so fine a gun that today a used one still brings high prices.

A very fine, gray solid ( about 15 g ) is formed, water-washed by centrifugation, and dried at 110-degrees-C ).

All polemic of ours should, I believe, be either very broad statements of contrast, or fine points treated singly, and as far as possible impersonally.

Heavier particles settle out first, so gravel will be on the bottom, sand above, silt above that and very fine clay and organic matter will stay in suspension for days.

The remains of the acropolis fortifications are very interesting, including roads and ditches hewn in the rock ; but beyond ruins of two churches, a gatehouse, and a fine keep built by Thoros I There are no notable structures in the upper town.

Bronson described her as " a very fine healthful child, much more so than Anna was at birth.

When in form, Nimzowitsch was very dangerous with the black pieces, scoring many fine wins over top players.

Hot wire anemometers use a very fine wire ( on the order of several micrometres ) electrically heated up to some temperature above the ambient.

Sonic anemometers can take measurements with very fine temporal resolution, 20 Hz or better, which makes them well suited for turbulence measurements.

An afterglow is a broad high arch of whitish or rosy light appearing in the sky due to very fine particles of dust suspended in the high regions of the atmosphere.

The captain believed that the larger ship carried valuable gold dust, silver plate, and " a very fine cup " supposedly taken from the commander of Great Allen.

) In reliance on this assumption, modern statutes often leave a number of terms and fine distinctions unstated — for example, a statute might be very brief, leaving the precise definition of terms unstated, under the assumption that these fine distinctions will be inherited from pre-existing common law.

In contrast, in non-common-law countries, and jurisdictions with very weak respect for precedent ( example, the U. S. Patent Office ), fine questions of law are redetermined anew each time they arise, making consistency and prediction more difficult, and procedures far more protracted than necessary because parties cannot rely on written statements of law as reliable guides.

The speed and fidelity of their response, combined with the simplicity of their design, makes them well-suited for experiments where scientists need to have very fine control over stimuli which are presented to an observer.

Local soil is very fine, thus most suitable for making pottery.

* Muslin — simple, cheap equal weft and warp plain weave fabric in white, cream or unbleached cotton and / or a very fine, light plain weave cotton fabric ( sometimes called muslin gauze ).

* Cheesecloth — extremely soft and fine cotton fabric with a very open plain weave.

* Muslin — a very fine, light plain weave cotton fabric.

* Gauze — extremely soft and fine cotton fabric with a very open plain weave.

Vellum is extremely smooth and suitable for very fine detail.

While this development makes fine tuners unnecessary, a very small number of bassists use them nevertheless.

If this happens rapidly before significant decay to the organic tissue, very fine three-dimensional morphological detail can be preserved.

Likewise, a charged particle will tend to stick to an uncharged surface and vice versa, and a charged particle will be very strongly attracted to a surface exhibiting an opposite charge.

The calibration of piezoelectric sensors in terms of the particle parameters is very uncertain.

The very early universe, which is still poorly understood, was the split second in which the universe was so hot that particles had energies higher than those currently accessible in particle accelerators on Earth.

Both the problems of baryogenesis and cosmic inflation are very closely related to particle physics, and their resolution might come from high energy theory and experiment, rather than through observations of the universe.

In general, the masses of all hadrons are of the order of 1 GeV / c < sup > 2 </ sup >, which makes the GeV ( gigaelectronvolt ) a very convenient unit of mass for particle physics:

In 1926, Oskar Klein proposed that the fourth spatial dimension is curled up in a circle of very small radius, so that a particle moving a short distance along that axis would return to where it began.

The name is sort of an inside-joke with the von ( German " of " or " from " used as a nobiliary particle ), suggesting nobility and a certain arrogance, while Lars is a very common and Trier not an unusual name in Denmark.

The mass of a very small particle may be identified with its inverse Compton wavelength ().

* A solar plasma probe, mounted on the body pointing 10 ° from the solar direction, to measure the very low energy charged particle flux from the Sun.

The particle in a box model provides one of the very few problems in quantum mechanics which can be solved analytically, without approximations.

As it turns out, analytic solutions of the Schrödinger equation are only available for a very small number of relatively simple model Hamiltonians, of which the quantum harmonic oscillator, the particle in a box, the hydrogen molecular ion, and the hydrogen atom are the most important representatives.

However, one can measure the position ( alone ) of a moving free particle, creating an eigenstate of position with a wavefunction that is very large ( a Dirac delta ) at a particular position x, and zero everywhere else.

The elementary quark and gluon particles affected are unobservable directly, but instead emerge as jets of newly created hadrons, whenever energy is deposited into a quark-quark bond, as when a quark in a proton is struck by a very fast quark ( in an impacting proton ) during a particle accelerator experiment.

Large and small distance scales, as well as strong and weak coupling strengths, are quantities that have always marked very distinct limits of behavior of a physical system in both classical field theory and quantum particle physics.

A hypervelocity railgun works very much like a particle accelerator insofar as it converts electrical potential energy into kinetic energy imparted to the projectile.

Also trucks, rockets and airplanes move larger items and particle accelerators move very small items.

For instance, at CERN and SLAC, the very large particle accelerators account for terrestrial tides.

On shingle beaches the swash is dissipated because the large particle size allows percolation, so the backwash is not very powerful, and the beach remains steep.

One can insert a hypothetical particle ( such as a massive neutrino ) and see what has to happen before BBN predicts abundances which are very different from observations.

Classically, the particle is confined to the nucleus because of the high energy requirement to escape the very strong nuclear potential well.

The properties of preon-degenerate matter depend very strongly on the model chosen to describe preons, and the existence of preons is not assumed by the majority of the scientific community, due to conflicts between the preon models originally proposed and experimental data from particle accelerators.

If the size of the particle is small ( or if the radius of curvature is large ), these effects become very large in magnitude.

Colloid mill can reach the very fine particle size.