Pore strips are harsh, my friend.
White power finish Pore and corner;
Out of him at every Pore.
Deep skin Pore cleansing, detoxifying and revitalization;
Betrayal oozes out of him At every Pore.
Wine was sweating from our Pores.
Sulfur in every Pore- improved batteries with carbon nanoparticles.
Skin rejuvenation: laser facial, large Pore reduction, face whitening.
The channel Pore is typically so small that ions
Improvement: Coarse Pore, Flabby Skin, thin Wrinkle, Gray complexion etc.
Surface Pore structure spreads water flow to reduce pressure drop.
Just feel the vitamin D, soaking up all your Pores.
I had never thought of the word Pore, then I'm like,'Sh**!
With nanometer Pore structure, nanometer-
porous materials silica aerogel have an excellent.
There are a variety selection of plate thickness, Pore size and arrangement.
I had never thought of the word Pore, then I'm like, 'S**t!
Pore size can be varied in a range of 100-1000 micrometers;
Porosity: ≥90%.
Low temperature can make Pore refining quickly for maximum anti-infection and relieve discomfort.
Not like blackheads, which can be forced out, whiteheads are closed within the Pore.
The excess sebum continues generating in the hair follicle and
cannot exit the skin Pore.
Those with smaller Pore size are called"low-flux" and
those with larger Pore sizes are called"high-flux.
the podocytic epithelium, and the effective Pore size of the glomerular wall 8 nm.
as washing opens the Pores in the shell and this affects the hatching adversely.
The channel Pore is typically so small that ions
must pass through it in single file.
The channel Pore is typically so small that ions
must pass through it in single-file order.
CO2 fractional laser for skin tightening, fractional skin
resurfacing, Skin renewing, wrinkle removal, whitening, Pore minimization;
The swivel Choke valve is divided into pin type, plunger type and Pore plate type.
This heating process is known as activation," and develops the Pore structure of the carbon.
ions permeate through the channel Pore down the transmembrane concentration gradient for that particular ion.