Examples of using Such structures in English and their translations into Hebrew
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Colloquial
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Ecclesiastic
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Computer
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Programming
Such structures have a long service life.
Therefore you apply such structures only on head skin.
Such structures were once in every yard, were fully.
You also need to commit to keeping such structures healthy.
Such structures are built both in production and with their own hands at home.
Because of the insecurity most of experts in salon ceased to use such structures.
Do such structures serve some hidden function that hasn't yet been discovered?
Some may say, that in our days and age,life's tempo and its nature do not support such structures.
Sometimes such structures are placed as a continuation of the track on the hilly terrain.
Provided that all profits are remitted to investors each year, such structures avoid corporate income tax.
Such structures are known since ancient times and have been very popular in Greece and Rome.
Another amazing phenomenon of ourbody are the relationships that we could call"sympathetic" between such structures.
Such structures can be heated and the temperature regulated by a thermostat to any required degree.
Only cables in a special sheath of non-combustible orslow-burning materials can be laid directly along the elements of such structures.
Such structures hinder the free flow of energy and create a"septic" si qi oppressing power.
This can becalled a great advantage of the free planning of such structures, when there is a smooth and imperceptible transition to nature.
Such structures were analyzed for the first time back in 1895 using X-rays, a method that has since become a standard procedure.
And this is not surprising, because there is a large variety of such structures, which allows you to choose the perfect option, which will decorate the interior.
Such structures could have many potential uses, including adaptive or changeable reflective coatings, optical mirrors and optical displays.
There are special units that carry out such PR, but in our country they do not advertise their activities,and abroad such structures, on the contrary, operate openly.
In the manufacture of such structures use a self-adhesive film, as it is well adhered to the surface and is ideal for plotter cutting and screen printing.
In this process, it was discovered that these“bacterial viruses” actually serve to provide other bacteria with important molecules and proteins,and that the bacteria themselves emerged from such structures.
In such structures, the number of cables should be kept to a minimum. The remaining cables must be installed so as not to obstruct the water droplets in their sideways trickle.
Since the revival of militant activities and structures on the Continent, our own offensive and defensive structures have been re-developing;and the tendency toward increase of that centralized control which accompanies such structures has become marked.
The reason for the popularity of such structures is their excellent performance, economy, exterior aesthetics, resistance to external negative impacts and durability.
Before it could be established that the“bacterial viruses” cannot kill natural bacteria,but they are instead helping them to live and that bacteria themselves emerge from such structures, these“phages” were already used as models for the alleged human and animal viruses.
Such structures were erected throughout western Europe in that period, and the U.S. saw similar social movements that defied the traditional burial ceremony and proposed a modern, humanist alternative(Prothero, 2001).
As effective as lithography has been in creating such structures, it does have a limitation- it is very expensive and thus difficult to scale up to the large surface areas required for many applications.
Such structures hold potential for applications in optical communication- for instance, they could be integrated into photonic computer chips that split or combine signals carried by light waves. Other potential applications include biosensing using nanoscale particles to deflect light to angles steep enough to travel through the hyperbolic material and out the other side.