"bottle wall" is a correct and usable phrase in written English.
It is typically used to refer to a type of wall made by stacking bottles filled with sand or other materials. This type of wall is often used in sustainable building practices. Example: The eco-friendly house was built using innovative techniques, such as a bottle wall made from recycled glass bottles.
Montuori et al. (2008) asserted that the phthalates they detected in the PET-bottled water must have leached from the PET bottle wall; however, their data do not compel this conclusion, because they did not measure the concentration of phthalates as a function of time.
The creative vibe is everywhere: the treehouse is insulated with multicoloured wool held in place with old fishing nets, a glass bottle wall runs alongside the vegetable patch, and in the woods there's an old, soon-to-be-revived charcoal kiln.
As shown previously, the adsorption of ion on the bottle wall is ignorable.
The MuCell technology uses gas-injection to create bubbles in the middle layer of the bottle wall, thus reducing the density of the product and the amount of material required by 15%.
Method A examined the recovery of virus RNA following in situ lysis of virus particles in the aqueous phase and of those adhered to the bottle wall, method B examined the recovery of virus RNA following lysis of virus particles in the aqueous phase, and method C examined the recovery of intact virus particles.
Jean-Michel Wilmotte's 'Message in a bottle' wall.
Once a day or so — to dislodge the yeast from the bottle walls and to stir up the sediments — she gave each bottle a sharp turn to the right and a sharp turn back to the left, then stopped its rotation a little farther along than it had been.
Once a day or so to dislodge the yeast from the bottle walls and to stir up the sediments—she gave each bottle a sharp turn to the right and a sharp turn back to the left, then stopped its rotation a little farther along than it had been.
Good transparency of the blends is validated with stretch-blown bottle walls.
Similar reduction in oxygen permeability was achieved in bottle walls blown from PET blends with MXD6 or MXD6-12I.
The bottles exhibited complex orientation patterns that depended on preform and mould design, and again there were strong orientation gradients through the bottle walls.
