debond

de·bond

(dē-bond'),
To separate a dental appliance such as an orthodontic band from the tooth to which it has been attached or bonded by a resin cement.
[de- + bond]

de·bond

(dē-bond')
To separate a dental appliance such as an orthodontic band from the tooth to which it has been attached or bonded by a resin cement.

de·bond

(dē-bond')
To separate a dental appliance such as an orthodontic band from the tooth to which it has been attached or bonded by a resin cement.
References in periodicals archive ?
Due to the much smaller debond front presented by the inner island, the driving force for delamination is much greater here than at the much larger circumference at the outer radius.
As Figure 6(a) provides, for the sheet to debond at the end part of the beam, the type of fracture and failure of the specimens attributed this beam group happened before reaching the ultimate strength and no rupture was detected in fibres.
2003): (I) aspect ratio of particles must be close to unity to avoid high stress concentration, (II) particles should be of small size (less than 5 [micro]m), (III) particles must debond prior to the yield strain of the matrix polymer in order to change the stress state of the matrix material and (IV) particles must be dispersed homogeneously in the matrix polymer.
This peak or yield point indicates where the adhesive typically begins to debond from the probe surface.
After seven years, John Bird and Claire Debond have saved enough to buy their first home.
Although nitrogen ions penetrate less than 1-micron deep, during wear the implants debond and retreat from the wear front to form new quasi-nitrides.
Ahead of a crack, nanosilica particles can debond from the matrix, creating a void within the matrix.
Nelipak, a healthcare thermoformed packaging provider announced the buyout of Debond Corporation (dba Flexpak Corporation) Flexpak .
Continued improvements in copper via reveal were reported, along with new materials, and equipment for wafer thinning, focusing on the debond step.
Turner, MR, Dalgleish, BJ, He, MY, Evans, AG, "A Fracture Resistance Measurement Method for Bimaterial Interfaces Having Large Debond Energy.