The xenografts used in this study were derived from diagnosis specimens of T-ALL patients, two of whom relapsed early (<1 year) and succumbed to their disease (ALL-27 and ALL-31, Table 1).
The weight losses were used to calculate the corrosion rates as follows: C_{text{R}} left( {{text{mg}};{text{cm}}^{ - 2} ;{text{h}}^{ - 1} } right) = frac{Delta w}{st}, (1 where Δw is weight loss (mg), s is area of specimen (cm2) and t is the immersion time in h.
The specimen of aggressive t(6 11) RCC was from a 77-year-old woman who died of the disease 2.5 months after diagnosis.
However, because no holotype specimen of P. t. virgata exists, the relative scarcity of specimens, and the unreliability of morphological subspecies-diagnostic characters, the taxonomic validity of P. t. virgata has been questioned, its phylogenetic placement relative to other tigers is a matter of speculation, and its biogeographic origin unclear [1], [3], [4], [6].
And in addition, Thermal Stress Restrained Specimen Test (TSRST) of asphalt mixture is used to verify the conclusion.
The specimens of nonaggressive t(6 11) RCCs were from 3 women and 2 men whose ages range between 15 and 54 years.
While T cells (CD3) were sporadically localized in the sublining layer of OA specimens, the number of T cells was greater in RA synovial tissues.
From the initial and final weight of the metal specimen, the rate of corrosion was determined using the following equation upsilon = frac{KW}{DSt}, (1 where υ corrosion rate (mm year−1), W weight loss (g), S surface area of metal specimen (cm2), t time of treatment (h), D density of specimen (g cm−3) and K a constant (8.76 × 104).
The loading sequence includes the following stages: cooling of the clamped specimen from T > T g1 to T k > T g2; unloading at T = T k ; re-clamping and heating up to T H.
Here ∆M = (ML0−MLi), where ML0 and MLi are the mass loss of mild steel in the absence and presence of inhibitor, respectively, D is the density of the iron (g cm−3), S is the area of the specimen in inch2, T is the period of immersion in hours.
Further reduction of twinning stress of 7M was achieved by the rotation of the specimen in 1 T magnetic field several times.
