Blind attachment

It is possible that one particular archetype dominates our behaviour. If so, our persona may be so wrapped up in it that our repertoire of responses to varying situations is blinkered and limited. The greater risk from these stereotypes, however, lies not so much in falling into their patterns, but by not being aware that one is doing so, and being blindly attached to that style of behaving. But normally we all from time to time play most of these archetypal characters. 

Unstayed flat heads and covers can be designed by very specific rules and formulas given in this subsection. The stresses caused by pressure on these members are bending stresses, and the formulas include an allowance for additional edge moments induced when the head, cover, or blind flange is attached By bolts. Rules are provided for quick-opening closures because of the risk of incomplete attachment or opening while the vessel is pressurized. Rules for braced and stayed surfaces are also provided. 

Flash Hide r or Muzzle Flash Suppressor (Dampfer, in Ger). A metallic cone and/or flat disks which ate attached to the muzzle of a gun to conceal the flash when the gun is fired and to prevent temporary blindness of the crew while firing... 

The large intestine (lower gut) consists of a colon, which is shorter than in mammals, and a pair of blind caeca attached at the junction with the small intestine. The colon is attached to the cloaca (vent), the common opening for the release of faeces, urine and eggs. 

In congenital glaucoma the trabecular network is attached to the iris. Blindness occurs if surgery is not performed to correct this problem. 

In the simplest form of a pulley, the grooved wheel is attached to seme immovable object, such as a ceiling or beam. When a person pulls down on one end of the pulley rope, an object at the opposite end of the repe is raised. In a fixed pulley of this design, the mechanical adwitage is cne. That is, a person can lift a weight equal to the force applied. The advantage of the pulley is me of direction. An object can be made to move upward or downward with such a pulley. Venetian blinds are a simple example of the fixed pulley. 

To complete the construction of the electrolyzer, the two blind flanges are attached to the nipple via the screw on flanges. 

Insert the blind flange with attached negative electrode assembly into place. Be sure to align the holes in the blind flange with those in the... 

The unit thus far assembled has to be turned right side up (with the negative electrode connection on the bottom) to attach the other gasket and the top blind flange. This requires a structure that supports the unit, but does not interfere with or put weight on the external part of the negative electrode on the bottom flange. The electrolyzer unit cannot be put on a flat surface. Some iron or wood supports will suffice for this purpose. 

Place the felt separator into the pipe coupler that is attached to the inside of the blind flange. Make sure it is seated against the center ring on the inside of the pipe coupler. 

Another phenomenon of recent interest and debate which may benefit from a habit routine interpretation is filling in. In its simplest aspect, it has long been known that due to the particular structure of the eye, there is a small blind spot on each retina at the position of its attachment to the optic nerve. The portion of the visual scene projected here is therefore not represented in the visual cortex of the brain, yet we have no awareness that there are two blank spots in our field of view. (A simple experiment that all children are taught shows the reality of the blind spot.) The process whereby the brain nevertheless produces an apparent continuous field of view is called filling-in, and some examples of recent research and controversy are by Francis Crick. (14) Although the blind spot may be a quite simple process (the retina itself may play some... 

Another allotrope of elemental carbon is diamond. Besides being blinded by the brilliance of a cut diamond, you should know that diamond is the hardest natural substance. It s often used on the tips of cutting tools and drills. Can the structure of diamond explain its hardness Look at the model of diamond. Every carbon atom is attached to four other carbon atoms which, in turn, are each attached to four more carbon atoms. Diamond is one of the most organized of all substances. In fact, every diamond is one huge molecule of carbon atoms. This organization of covalently bonded carbons throughout diamond accounts for its hardness. If you tried to write... 

Thus, two main conclusions can be drawn from these experiments (i) The QCM does only report on cells that are specifically anchored to the resonator surface. The method is blind to cells that just settle to the surface and attach only loosely, (ii) When specific cell-substrate interactions are omitted, the cells stay away from the surface by more than 100 nm, according to our RICM data. Theoretical considerations have previously indicated that cells may approach the surface as closely as 5-10 nm just by non-specific attraction [21]. This is, however, not confirmed by our optical measurements. 

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