Examples of using Structures have in English and their translations into Portuguese
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The minimum compliant structures have no abili….
Such structures have an original form and allow you to create custom lighting scenes of the LEDs.
Well partly, we think, because different structures have different roles.
These structures have high stiffness in bending, shear and compression strength, with a very low weight.
Choose a hotel in Maranello by the form andcheck out the deals that many structures have in store for the ture holidays.
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Their structures have a precarious state due to the lush vegetation and the wind and weather activity in the area.
If you decided to replace doors with interroom arches from gypsum cardboard,you should consider that such structures have one essential shortcoming- height.
Different needs Different parts and structures have different requirements and priorities in processing.
Such structures have often impressive sizes to find room for both owners, and their guests at a big table.
As the epithelium that lines the urinary bladder and part of the urethra is the same,tumors that develop in these structures have very similar characteristics.
These structures have many applications such as optimizing drug delivery and reducing the toxic potential of drugs.
Organizational Behavior- field of study that investigatesthe impact that individuals, groups and structures have on behavior within an organization.
These interspecific variations in such structures have generated characters able of supporting phylogenetic analyzes.
Structures have a great mobility and can move into the abdome acoording the quantity gas into the stomach, jejunum, cecum and colon.
One of the causes of this,in my opinion, is that certain structures have seen very limited development, preventing many families from accepting additional members.
Structures have a load system to fall apart if enough support has been destroyed, so reinforcing your buildings is important.
Thus, considering the interdependence between the joints of the lower extremities LE and the spine,alterations present in one of these structures have consequences on the functioning of the other.
Most of these large structures have been designed according to empirical and analytical methods based on limit equilibrium models.
Protein structure prediction methods attempt to provide a means of generating a plausible structure for proteins whose structures have not been experimentally determined.
However, these structures have a low catalytic activity, which makes limited use in reactions that need to catalytic sites.
Crystals that have such translational symmetry in three dimensions are formally referred to as periodic crystals because the structures have a pattern that repeats at a certain distance or period.
A great variety of structures have this characteristic, including trees, broccoli, cauliflower, coral reef, sea shore and mountains.
These are thought to be a record of erosion caused by the catastrophic release of water from subsurface aquifers, though some of these structures have been hypothesized to result from the action of glaciers or lava.
These structures have attracted much attention due to their properties, such as low density, high specific surface area and high pore volume free.
The evolution and advancements in terms of materials andconstruction technologies as well as usage requirements for those structures have dictated the need for improved inspection and Structural Health Monitoring(SHM) techniques.
These magnificent structures have stood for thousands of years, withstanding extreme heat and other factors that would bring down an ordinary structure. .
It is a type of northern“fondaco”, unequalled in the world,where the structures have remained within the cityscape and perpetuate the memory of one of the oldest large trading ports of Northern Europe.
The structures have inefficient drug-loading capabilities(smaller than liposomes), poor physical stability in vivo, and insufficient cellular interactions with neutral micelles.
By presenting a selective frequency behavior, these structures have been applied in the microwave and communication systems fields, in addition it is a research topic by scholars.
These structures have been adapted to the installation of subway stations with a significant increase in its diameter and a consequent challenge to its structural and geotechnical design.