Since most binders contain language that anticipates that the parties will be entering into a "superseding contract," the binder itself is generally not enforceable.
This showed that most binders with roundness values between 1.5 and 4.0 were compressed and conformed well to the interfaces of coal particles, while those subjected to little pressure had a roundness approximating 1.0.
The GA and KT toggle pairs produced the most binders, whereas the PN selection did not apparently produce any binders.
Most binders have a paper slip on the spine which you can slide out, write your subject on, and slide back in.
Also, most binders with strap have pockets inside where you can place pens and other small objects so you don't need to carry your backpack around for some classes.
Among aqueous-based binders, the system based on SBR and CMC was the most studied binder combination and can provide excellent cycling ability and mechanical stability to electrodes when abide the volume expansion during charge-discharge cycling.
They seem to use the most appropriate binder combination for each pigment or pigment mix.
Cement is the most adaptable binder currently available for the immobilization of heavy metals.
Ordinary Portland cement (OPC), the most used binder in construction, presents some disadvantages in terms of pollution (CO2 emissions) and visual impact.
A cobalt-base solid solution is the most used binder for hardmetals (WC Co cemented carbides) in a wide range of industrial applications.
