Figure 8 definition
Figure 8. The number of children aged 0-5 years on the child protection register 2009-2013
Figure 8. Class C in respect of the passing beam and driving beam. Figure 9: Class D in respect of the passing beam only.
Figure 8. Stigma scale used for this study - A Rendition of Stigma Study found in Coreil et al. (2010) paper 44 Figure 9: Original Full stigma scale from Coreil et al. (2010) paper 45
Examples of Figure 8 in a sentence
The following scheduled eight (8) hour workday, Friday of Week Two, is taken as the holiday (Figure 8).
They shall produce the specified spray pattern (see instrument calibration in Figure 8).
Two of the four GPCs happen to be connected to the data bus at nodes of the standing wave and the other two GPCs were connected to the data bus at anti-nodes of the standing wave (see Figure 8).
The results of the total traffic volume gain (in bits) at the SP presented in Figure 8 by varying the number of SMs. In our analysis, we consider one session per SM that sends consumption usages data to the SP.
As shown in Figure 8, in the proposed scheme, the total traffic gain volume is gradually increasing as the number of SMs are increasing, which is quite obvious.
More Definitions of Figure 8
Figure 8. Multiple measurements in JSON representation of SenML data
Figure 8. Assembly window (1: treeview; 2: viewer; 3: timeline; 4: operation)
Figure 8. The error probabilities of filter index detection with ISI estimation and cancellation, perfect ISI cancellation, and the derived theoretical lower bound of 2-FSIM-MQAM (N = 2). The SE is: (a) [3, 4] bits/symbol using M = [4, 8], (b) [5, 6] bits/symbol using M = [16, 32]. parameters are summarized in Table 2. Table 2: Simulation parameters for SISO FSIM and QAM based systems. Number of symbols 5 × 105
Figure 8. Normalized number of hydrogen bonds, NHB, between the kaolinite surfaces and a) methanol and
Figure 8. Left: schematic view of 129I source preparation. The sample consists of 3 µm thick NPAg layer (gray) on top of 20 µm thick gold layer (gold) which is on top of silicon substrate (purple) with a thickness of 250 µm. The source is dipped in a solution containing 129I. Middle: Image of 129I source preparation. Right: Autoradiography of radioactive samples. The 129I sources were placed in between two gold foils and diffusion welded to form a 4π absorber. The actual measurement setup will be further discussed in Section 4.3. Because iodine is very volatilising, no direct link between MMC measurements and established methods could be established for 129I. Nevertheless, the activities of the 129I sources were roughly determined by gamma-ray spectrometry. The MMC-based method used a software trigger by applying a narrow bandpass filter and a leading-edge discriminator. The live time is determined using an extended deadtime algorithm. The determined activity agreed with the activity obtained by the gamma spectrometry measurements. To produce 241Am sources for MMC measurements, the electrochemical deposition method was selected. This involved depositing 241Am on nanostructured gold absorbers. Initially, a large, masked area was deposited at LNHB, which was then segmented into smaller units suitable for MMC geometry (see Figure 9). Two types of masked were tested, one consisting of a copper tape and the other made of Kapton. Quality control of the individual absorbers was conducted using radiography and alpha spectrometry measurements, with the most suitable absorbers selected based on the desired activity. Figure 9: Images of 241Am sources prepared by using a mask made of copper tape (top row) and of Kapton (bottom row) Left: The masked samples before electro-precipitation of 241Am. Middle: The sources after electro-precipitation and removal of masks. Right: Autoradiography images of the sources.
Figure 8. The iron loss power density in the magnetic core of the transformer. Modeling Instructions
Figure 8. Concept Map: ”Robot Relations” Figure 9: Gripper Concept and its Realization