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Investigation of torsional defects






American Orthoptic Journal 23: 73-77

Investigation of torsional defects



Accession: 026850910

PMID: 4710223



Related references

Anonymous, 1978: Investigation of the torsional movements of human eyes 4 passive movement of the body influence of reflexes of skeletal musculature opto kinetic torsional tracking

Galoyan V.R.; Zenkin G.M.; Petrov A.P., 1976: Investigation of the torsional movements of human eyes part 1 some special aspects of the torsional movements on tilting the head towards the shoulder. Biophysics (English Translation of Biofizika) 21(3): (1977)

Galoyan, V.R., 1978: Investigation of the torsional movements of the human eyes part 4 passive movements of the body effect of skeletal muscle reflexes opto kinetic torsional tracing. A comparative study of torsional movement of the eye in passive and active tilting of the head and body was performed. Similarity of torsional movement of the eyes in passive and active movements was shown. By exclusion and selective stimulation o...

Chakka, N.V.Murali.Krishna.; Ratnakar, P.; Das, S.; Bagchi, A.; Sudhir, S.; Anumula, L., 2013: Do NiTi instruments show defects before separation? Defects caused by torsional fatigue in hand and rotary nickel-titanium (NiTi) instruments which lead to failure during clinical use. Visual and microscopic evaluation of defects caused by torsional fatigue in hand and rotary nickel titanium (NiTi) instruments. Ninety-six NiTi greater taper instruments which were routinely used for root canal treatment only in anterior teeth wer...

Vujanovich, E.C.; Bloom, J.W.G.; Wheeler, S.E., 2012: Impact of neighboring chains on torsional defects in oligothiophenes. Conjugated organic oligomers are central to the development of efficient organic electronic devices and organic photovoltaics. However, the torsional flexibility of many of these organic materials, in particular oligothiophenes, can adversely affe...

Amanatullah, D.F.; Williams, J.C.; Fyhrie, D.P.; Tamurian, R.M., 2014: Torsional properties of distal femoral cortical defects. The optimal management of pathologic long bone lesions remains a challenge in orthopedic surgery. The goal of the current study was to investigate the effect of defect depth on the torsional properties of the distal femur. A laterally placed dista...

Edgerton, B.C.; An, K.N.; Morrey, B.F., 1990: Torsional strength reduction due to cortical defects in bone. This study correlated torsional strength reduction with circular defect size in cortical bone, to define the "stress riser" and "open-section" effect of the defects. The experimental model was developed and verified. Circular d...

Darling, S.B., 2008: Isolating the effect of torsional defects on mobility and band gap in conjugated polymers. Conjugated polymers represent a promising class of organic semiconductors with potential applications in a variety of molecular devices. Poly(3-alkylthiophene)s, in particular, are garnering interest due to their large charge carrier mobility and...

Allegri, F.; Carugno, C.; Ravasini, R.; Bordin, M.; Turra, S.; Gigante, C., 1989: Torsional defects of the lower limb: an evaluation of the reliability of the results obtained by CT. The torsional angle was calculated goniometrically of 9 femurs and 2 tibio-peroneal groups, and then compared to the values obtained from CT scans of the corresponding bones. The results show how the methods adopted up to now have been inaccurate...

Mensch, J.S.; Markolf, K.L.; Roberts, S.B.; Finerman, G.M., 1976: Experimental stabilization of segmental defects in the human femur. A torsional study. One of each of thirty-five pairs of fresh intact femora were tested to failure in torsion, recording the dynamic torque, the absorbed energy, and the angle of rotation. These results were compared with the results obtained with the contralateral f...