SEM Sample Clauses
SEM. 1 47,303.59 47,648.18 51,614.31 51,936.04 52,256.47 2 47,648.18 47,991.52 51,936.04 52,256.47 54,034.16 3 47,991.52 48,337.39 52,256.47 53,987.11 56,381.56 4 48,337.39 48,682.00 53,693.37 56,208.60 58,797.59 5 48,682.00 49,472.93 55,692.33 58,409.75 61,162.77 6 51,110.76 57,654.43 60,603.27 63,488.53 7 52,893.55 59,613.95 62,754.82 65,837.17 8 54,508.48 61,701.93 64,910.19 68,187.09 9 56,186.99 63,765.73 67,169.81 70,660.36 10 57,761.24 65,749.44 69,348.06 72,900.91 11 67,775.11 71,458.93 75,290.26 12 69,757.52 73,653.71 77,596.95 13 71,799.73 75,788.74 83,281.00 14 71,799.73 75,788.74 83,281.00 15 71,799.73 75,788.74 83,281.00 16 71,799.73 75,788.74 83,281.00 17 72,700.02 76,687.76 84,180.02 18 72,700.02 76,687.76 84,180.02 19 74,145.82 78,131.01 85,633.47 20 74,145.82 78,131.01 85,633.47 21 74,145.82 78,131.01 85,633.47 22 76,118.06 80,102.00 87,604.46 23 76,118.06 80,102.00 87,604.46 24 79,121.60 83,268.28 91,067.03 25 79,121.60 83,268.28 91,067.03 26 81,786.88 85,933.56 93,732.31 27 81,786.88 85,933.56 93,732.31 28 85,782.24 89,928.94 97,727.67
SEM. 9 PL-P1 General 1 Scrubber 2 CVD Pump Module 1 Module Packaging Turn-Key Module Assembly Line
SEM. The Supplier shall be entitled to pass on such additional costs to the Customer and such costs will be payable by the Customer under your Price Plan.
SEM. EDAX indicates the stone structure on the surface and interior clearly with very low theoretical detection limits (according to Xxxx(15) about 0.08 percent of stone weight) which makes it a good technique to be used as a reference method(12). Gi- annossi et al.
SEM. Go-Live means the time and date designated as such by the Authority (with the consent of the Department) for the purpose of licences granted under the Order, being the commencement date for a number of matters including the Single Electricity Market. SEM Order means the Electricity (Single Wholesale Market) (Northern Ireland) Order 2007.
SEM. Surface imaging and analysis of any solid material
SEM. UNITS RANGE 1 BA + 30 or BA + 15 With MA RANGE 2 BA + 45 or BA + 30 With MA RANGE 3 BA + 60 or BA + 45 With MA Annual Annual Annual Annual Annual 1 43,919.35 47,454.12 53,530.26 56,268.28 58,946.09 2 44,238.60 49,110.27 55,349.87 58,264.27 61,127.04 3 44,559.08 50,609.41 57,287.78 60,266.70 63,308.00 4 44,879.55 52,166.62 59,204.19 62,363.78 65,605.10 5 45,200.03 53,629.19 61,045.31 64,387.73 67,684.97 6 62,927.30 66,347.15 69,904.65 7 64,766.27 68,384.00 72,044.74 8 66,663.32 70,367.08 77,322.91 9 66,663.32 70,367.08 77,322.91 10 66,663.32 70,367.08 77,322.91 11 66,663.32 70,367.08 77,322.91 12 67,497.85 71,201.61 78,157.44 13 67,497.85 71,201.61 78,157.44 14 68,842.13 72,541.58 79,506.02 15 68,842.13 72,541.58 79,506.02 16 68,842.13 72,541.58 79,506.02 17 70,672.50 74,371.95 81,336.39 18 70,672.50 74,371.95 81,336.39 19 73,459.99 77,310.01 84,551.91 20 73,459.99 77,310.01 84,551.91 21 75,935.62 79,785.63 87,025.38 22 75,935.62 79,785.63 87,025.38 23 79,645.83 83,495.84 90,735.59
SEM. BA+45 QTR;
SEM. The image shows a cross section of the SC, the viable epidermis and the upper part of the dermis. In the cryo-planed samples, contrast is created by sublimation of cryofixed free water, which creates holes on the sliced plane. Consequently, areas with only bound water or no water appear as dark, low-contrast areas. In figure 1a, the dermis is visualized as an area of high contrast; long filaments, the collagen fibres, are spread evenly. The viable epidermis is visible as a light grey area with cells and cell nuclei. On top of the viable epidermis, the SC is located. The SC can be divided into three distinct areas: one central area with high contrast sandwiched between two dark areas with low contrast. This indicates that different hydration states exist in different parts of the SC. The three areas are more clearly visible in figure 1b. Its uppermost region shows no contrast, indicating a lack of free water. It consists of several thin cell layers, and is referred to as the upper non-swelling region. Moving downwards a high-contrast region is visible, indicating the presence of free water inside the corneocytes, located between keratin filaments identified as a white network. Corneocytes are surrounded by the cornified envelope, recognized as a bright boundary. This region is referred to as the swelling region. Below this region, another region is located. Corneocytes in this region contain often small amounts of free water, albeit less than in the swelling region, and is referred to as the lower non-swelling region. This lowest region borders on the epidermis. The three regions described above are observed in nearly all images, although the size of the regions and the number of cell layers in each region may differ between donors, or even between two locations of the same donor. In order to understand the effect of treatment with lipophilic and hydrophilic moisturisers on the inhomogeneous water distribution in the SC, in the present study the three regions are evaluated for their thickness, number of cell layers and average thickness of corneocytes in each region. First, however, the effect on the thickness of the entire SC is presented, showing whether the SC has or has not retained extra water during moisturizer treatment.
SEM images of a typical FFM tungsten tip we used for friction measurements. The mean radius of curvature of the tip apex is about 5 nm in this case.
2.3 Typical measurements: lateral force images and force loops