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Steam in sentence

432 examples of Steam in a sentence

Arguably, the biggest economic impact of Britain’s coal industry in the late seventeenth century was that it encouraged the development of the steam engine as a way to pump water out of mines.
But the steam engine went on to revolutionize manufacturing and transportation, changing world history and Britain’s place in it – and increasing the usefulness to Britain of having coal in the first place.
I will start by removing from its pedestal the steam locomotive that ran on the Thailand-Burma “Death Railway,” the display of which dishonors the more than 100,000 prisoners of war and forced laborers who perished from disease, malnutrition, or maltreatment in its construction.”
At the same time, the debate around gross national income has been gaining steam.
But the economic-growth model that those reforms created was running out of steam.
At the same time, the policies that stopped and reversed the doom loop between the real economy and risk assets are running out of steam.
For example, James Watt’s steam engine was created to pump water out of coal mines, not to power railroads or ships.
Historians like Paul David and technology experts like Erik Brynjolfsson, Daniel Rock, and Chad Syverson argue that it has always taken time for major breakthroughs (like the steam engine, electricity, or the automobile) to yield net economic gains, because businesses, buildings, and infrastructure need to be re-configured.
Not only has China’s labor-intensive, investment-led growth model run out of steam; bureaucratic inefficiencies and pervasive corruption – not to mention severe and worsening pollution – are also damaging China’s long-term prospects.
For a technological change to revolutionize an entire economy, as steam power and electricity did, its effect must not be local, but must radiate across much of the economy, so that the demand for new products grows more rapidly than the decline in their prices.
Because of steam engines and electricity, a large number of people were enabled to work together, and corporations could attract a large number of small savers, who became capitalists.
The Indian army is using solar steam cooking in Ladakh to cook for the 500 jawans (young army recruits) stationed there, and so is the Shirdi Sai Baba temple in Maharashtra.
The first priority is to promote and accelerate innovation, indicating that Chinese leaders understand that the previous growth model, with its reliance on cheap labor, has now run out of steam.
Turkey’s initiatives have lost steam, and the United States and its European allies are merely going through the diplomatic motions; in practice, their efforts imply little serious impact on the regime.
Inventions like the steam engine and the power loom destroyed some jobs but eventually created many more.
On the contrary, the quick international acceptance of the euro as one of the world’s premier currencies, aided by the European Central Bank’s determination to keep inflation under control, indicates that the monetary project is going full steam ahead.
The Year of Betting ConservativelyNEW YORK – The upswing in global equity markets that started in July is now running out of steam, which comes as no surprise: with no significant improvement in growth prospects in either the advanced or major emerging economies, the rally always seemed to lack legs.
As this view is sometimes put, the next 20 years will see no breakthrough as revolutionary as the steam engine or the transistor.
There is only one kind of primary energy (energy embodied in natural resources) that was not known to the first high civilizations of the Middle East and East Asia and by all of their pre-industrial successors: isotopes of the heavy elements whose nuclear fission has been used since the late 1950’s to generate heat that, in turn, produces steam for modern electricity turbo-generators.
A fundamental break with this millennia-long pattern came only with widespread adoption of the first practical mechanical prime mover able to convert the heat of fuel combustion – James Watt’s improved steam engine, designed in the 1780’s.
The next two key milestones came during the 1880’s, with the invention by Benz, Daimler, and Maybach of the gasoline-fuelled Otto-cycle internal combustion engine and the patenting of Charles Parsons’ steam turbine.
Most of the world’s electricity is generated by steam turbines in fossil-fuel-burning and nuclear power plants, and, except for much larger capacities and higher efficiencies, Parsons would recognize in them every key feature of his invention, now more than 120 years old.
There has been little real innovation ever since these prime movers were first commercialized more than a century ago (water turbines, steam turbines, internal combustion engines) or more than 50 years ago (gas turbines).
Even today, for example, there are few indications that steam turbines will not continue to generate the bulk of our electricity in the decades ahead, or that gas turbines will be replaced anytime soon.
For example, if 20% of the world’s electricity were to be generated by wind turbines, then, considering their inherently low load factor of about 25% (compared to 75% for thermal stations using steam turbines), we would need to install new capacity of some 1.25 TW in these machines.
The United States is undergoing a third industrial revolution, an information-age upheaval that could be as momentous as its predecessors, which transformed society through the introduction of steam, iron, cotton, and machinery, and then internal combustion, electricity, and steel.
But the company also suffers from obsolete and costly labor arrangements, which allow train drivers to retire at the age of 52, even though they are no longer subjected to the life-shortening rigors of operating coal-fired steam engines.
First, they recognize that the dollar and Yen will weaken on the Euro this year— Japan's dying and about to monetize its debt, the US stock market is running out of steam and with it the US economy.
In the earliest days of the automobile in the late nineteenth century, many kinds of cars competed with each other – steam, battery, and internal combustion engine (ICE).
The Internet, like the steam engine, is a technological breakthrough that changed the world.
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