Sentence examples for specimen and c from inspiring English sources

b Resected specimen and c specimen radiograph clearly show bony expansion, destruction of the alveolar ridge and characteristic multilocular appearance.

Figure 3 shows the schematic illustration of (a) tensile specimen, (b) S-N fatigue specimen, and (c) CT specimen used in this study.

Open image in new window Fig. 8 Edgewise compression test results for the specimens with HPEPC core; a U-U1 specimen, b U-U2 specimen, and c U-G specimen.

Open image in new window Fig. 3 The schematic illustration of (a) tensile specimen, (b) S-N fatigue specimen, and (c) compact tension (CT) specimen, used in this study.

Open image in new window Fig. 2 Testing setup of U-shaped thin-walled beams (unit: mm). a Schematic diagram of testing setup, b loading information of test, specimens, and c loading condition of MEM-1 1. MEM-1 1

Exposures from both the prenatal and early childhood periods are being investigated, with data primarily from three sources: a) extensive interviews with parents; b) laboratory analysis of xenobiotics in blood, urine, and hair specimens; and c) prenatal, labor and delivery, neonatal, and pediatric medical records.

Using a standard, purpose-designed form, we extracted the following data from each paper: a) study design, date and place, participants, sampling method and size, inclusion and exclusion criteria, and request for informed consent; b) protocol for collection, storage, processing, and analysis of biologic specimens; and, c) results, including metal levels and related factors.

Open image in new window Fig. 11 a Concrete collapse on the compression side of the specimen (3%), b concrete cover spalling in the eastside of the specimen (6%), and c severe concrete collapse on the compression side of the specimen (10%).

Figure 3 shows that the tensile strength of specimen B is lower than that of specimens A and C, which indicates that specimen B is more susceptible to hydrogen embrittlement than specimens A and C during immersion for 6 h in 0.2 % APF solution.

On-line ultrasonic velocity measurements have been made in β-quenched state of zircaloy-2 (A specimen) during heating at different heating rates up to 573 K (B specimen), 603 K (C specimen) and 623 K (D specimen) with holding time periods of 5 h for specimens B and C, and 2 h for specimen D, at the corresponding maximum temperature, by employing a specially designed experimental set-up.

In addition, the effect of corrosion on the tensile strength of specimen A was less than that of specimens B and C; therefore, the degradation of tensile strength for specimen A remained small when the immersion time was increased from 4 to 6 h.