Since the 1950s, Ryman has used primarily white paint
on a square surface — whether canvas, paper, metal, plastic, or wood — while harnessing the nuanced effects of light and shadow to animate his work.
Since the 1950s, Ryman has used primarily white paint
on a square surface while harnessing the nuanced effects of light and shadow to animate his work.
Since the 1950s, Ryman has used primarily white paint
on a square surface, whether canvas, paper, metal, plastic, or wood, while harnessing the nuanced effects of light and shadow to animate his work.
Not exact matches
We have far superior stone - cutting technology that makes perfectly flat, perfectly smooth, perfectly
square sides
on stone that allows far more
surface to
surface contact than any stone in whatever pyramid you could mention, and we can do it
on much harder stone much much faster.
This is certain, that it must proceed from a cause that penetrates to the very centres of the sun and planets, without suffering the least diminution of its force; that operates not according to the quantity of the
surfaces of the particles upon which it acts (as mechanical causes use to do), but according to the quantity of the solid matter which they contain, and propagates its virtue
on all sides to immense distances, decreasing always as the inverse
square of the distances....
To be sure, Western peoples control politically in
square miles a larger proportion of the earth's
surface than they did
on the eve of A.D. 1914.
On a lightly floured
surface, roll out each sheet of pastry into a 12 - inch
square and cut each
square into 4 (6 - inch)
squares.
Place a large 18 - inch by 18 - inch
square of heavy duty aluminum foil
on a flat
surface.
Open one young, fresh, Thai Coconut carefully with a heavy cleaver (As shown above,
on a very steady cutting
surface, make four good whacks to make a
square in the cone top of the coconut, keeping one hand behind your back as you whack.
On a baking mat or lightly floured
surface, roll out puff pastry into a 12x12
square.
Roll out
on a floured
surface to a 5 mm thickness and use a cookie cutter to cut out small neat
squares
On lightly floured
surface, roll one sheet of puff pastry into a large 12 - inch
square.
On a clean and lightly flour
surface, roll the puff pastry out into a 12 inch by 12 inch
square.
«Slice» your flat dough into
squares and, using a fork, make some holes
on the
surface of the flat dough.
Working
on a good non-stick
surface, roll out your thawed puff pastry dough and cut one sheet into four, equal
squares.
Unwrap your dough and roll out
on a lightly floured
surface into a 10 - inch
square.
Place 1 parchment
square on work
surface.
Make a grid pattern lightly with a knife
on the
surface of the firm cheesecake; pipe alternating checkerboard
squares of chocolate and caramel
on top.
Roll the pie dough out
on a lightly floured
surface, cut into four
squares.
On a lightly floured work
surface, roll dough out to a 14 - x-14-inch
square.
The facility is approximately 2500
square feet with mostly food grade interior
surfaces that is ideally situated right here
on our farm next to a sizable volume of 100 % grass - fed, organic milk.
On each
square, spread about a teaspoon of Vegan Pesto all over the
surface of the pastry.
Preheat oven to 350 degrees F. Carefully unroll pie crusts
on a flat
surface and cut each sheet into 4
squares.
To make it easy
on yourself it might be better to just cut it into
squares with a pizza cutter (since your not trying to use your little heart cookie cutter because it'll look soooo cute in the pictures, you know, just as an example...) I didn't mind the white flour
on the finished cookies but if you do dust your work
surface with carob powder instead.
On a lightly floured
surface, roll out dough and make cookies using a cookie cutter or make
squares with a pizza wheel.
On a lightly floured work
surface, divide the dough in half and shape into two 12 - inch wide
squares.
Working
on a lightly floured work
surface, take one dough ball and, using either a rolling pin or your hands, spread the dough out gently into the shape of a
square, or something close to it.
Lay out pasta
on work
surface and cut into 2»
squares; you should have 60.
On a well - floured work
surface, roll dough into a 16 inch
square.
On lightly floured
surface, roll out each sheet into 10 - inch
square; working with one sheet at a time, cut each pastry sheet into 9
squares.
Roll and stretch the dough into a 16 - inch
square on a lightly floured
surface.
A goalie has to be locked in for 60 + minutes, following the puck every
square inch
on the ice
surface.
-- Drinking water fountain spigots had the highest amount of bacteria
on the tested
surfaces — 2.7 million bacterial cells per
square inch.
An in - house survey suggested leveraging fees based
on water consumption, parcel
square footage or impervious
surface calculation.
For instance, you will need muslin
squares to provide comfortable
surface the baby's head while sleeping
on the cot.
Crescent Duck Farm, the last of its kind
on Long Island, has a new 26,000
square foot solid waste storage facility that will prevent thousands of pounds of nitrogen from polluting ground and
surface waters.
On already polished
surfaces it can provide 2000 - 4000
square feet of coverage per gallon.
The researchers looked at annual maximum land
surface temperatures averaged across 8 - day periods throughout the year for every 1 -
square kilometer (247 acres) pixel
on Earth.
This beast can simulate the mind - boggling conditions
on the
surface of Venus: it is able to create pressures of 1,350 pounds per
square inch — 90 times Earth's air pressure at sea level — and temperatures of 1,000 degrees Fahrenheit.
«
On the
surface of nickelate, you have one nickel atom at the center of a
square of four oxygen atoms,» Cooper said.
«One gram of MOF has a
surface area of up to 10,000
square meters onto which it is possible to compact gas molecules into MOF pores like so many bees
on a honeycomb without the high pressures and low temperatures usually required for compressed gas storage,» Yaghi says.
Sachs and van Mierlo spent a year, in 2007, exploring potential technology ventures that led to 1366 — named for the average number of watts delivered by the sun
on every
square meter of the Earth's
surface.
Over the past two decades my company has used imaging radar satellites to map oil
on the sea
surface for 70 million
square kilometres of ocean.
But the change from 2004 to 2007 in the sun's output of visible light, and the attendant warming at Earth's
surface of 0.1 watt per
square meter, is roughly equivalent to the overall forcing of the sun
on the climate over the past 25 years — estimated by the U.N. Intergovernmental Panel
on Climate Change to be an additional 0.12 watt per
square meter.
On a rocky area of about one
square metre, and in loose rocks nearby that were once part of that
surface, Aaron Sappenfield at the University of California, Riverside, and his colleagues discovered the fossilised remains of 13 jellyfish (Geological Magazine, doi.org/b93h).
On any day, about one dust devil pops up per
square kilometre of
surface, at an average size of 13 metres across (arxiv.org/abs/1708.00484).
Depending
on different parameters, such as the particle / wall charge and the extension of the charged regions
on the particle
surface, our units can form
surface layers with different densities (and possibly different responses to external stimuli): sometimes particles assemble into close - packed, hexagonally ordered crystalline aggregates, sometimes they form open,
square - like layers, sometimes they do not assemble at all.
The entire grid covered a
surface no larger than a single
square on a checkerboard.
Intel's «Ivy Bridge» quad - core chips, the third - generation Core i7 found found in the newest Mac and Windows PCs, has 1.4 billion transistors
on a
surface area of 160
square millimeters — and there are chips with even more.
But a
surface can also have a strong effect
on a semiconductor, and as porous silicon has an enormous
surface area — between 200 and 1000
square metres for each cubic centimetre of the material — many researchers believe a second theory: that the
surface is responsible for efficient luminescence.