This paper is concerned with studying the effects of human body blockage as well as surrounding objects scattering effects for an indoor 31 and 33 GHz link utilizing the Double Knife Edge Diffraction (DKED) model for diffraction effect on received signal.

Field experiment was conducted to evaluate the correlation relationship between the yield of two localized wheat genotypes (Triticum aestivum,) Acsad 901 and Salamboo and Olsen phosphorus soil test (0.5 M of NaHCO3 at pH 8.5) values. The experimental site was run at west sector of Libya. The experimental site pH was 8.4 and the texture is sandy The experiment consisted of three replicates and three phosphate fertilizer rates which equivalent, (0, 60, and 120) kg P2O5 ha-1 for both genotypes. The results of grain yield of the experiment were expressed by relative values (Relative Yield). The relative yield (RY) illustrated the relationship between soil test values and the grain yield clearly. Very close correlation relationship (r = 0.98 ) between relative yield of grain and the soil test values of Salamboo was found whereas Acsad genotypes was achieved less correlation( r =0.69) at 0 kg P2O5 ha-1 for both genotypes. The similarity between the two genotypes was very close (r = 0.99 ) for treatments that received high phosphate rate.

A strengths, weaknesses, opportunities, and threats (SWOT) analysis has become a key tool used

by businesses for strategic planning. Scholars have conducted SWOT research for over six

decades. However, a collective understanding of SWOT analysis remains vague. This study

accessed, analyzed, and synthesized the SWOT literature, allowing for new theoretical

perspectives and frameworks to emerge. Using an integrative literature review, this study reviewed

SWOT studies historically, providing a greater understanding of the SWOT analysis in different

sectors and the different approaches used in SWOT studies. Furthermore, it fills the knowledge

gap in the strategic planning context and indicates meaningful implications for managers that could

help improve their strategic decisions.

Detailed sedimentological analysis of depositional facies through lithostratigraphic correlation was conducted for the upper

Lower Devonian through the upper Middle Devonian Snake Cave Interval strata of the southeast Darling Basin. The methodology

used includes identifying changes in rock types from sedimentary lithotypes within different facies associations from well

data, wireline-log patterns and palaeoenvironmental reconstruction. This has helped to define a lithostratigraphic correlation for

the Snake Cave Interval section. This study has re-interpreted the upper and lower boundaries of the Snake Cave Interval using

marked changes in gamma-ray log features and core and cutting lithology logs to estimate the depth of these boundaries from

three wells. The Snake Cave Interval consists of ten lithotypes that define three facies associations (FAs) in the three available

wells. These were deposited within three main facies associations: meandering fluvial facies association A (MFFA-A), braided

fluvial facies association B (BFFA-B) and fluvio-shallow lacustrine complex facies association C (FSLCFA-C). The paper

includes a broad description of the significance of lithostratigraphic facies related to depositional environments of the upper

Lower Devonian through the upper middle Devonian succession section.

Factorial field experiment was done to estimate agronomic phosphorus use efficiency (APE) and partial factor productivity (PFP). The experiment was run in a private farm in Janzour area which is located west of Tripoli Libya in 2018. Two localized wheat genotypes (L1, and L2) and three rates of triple super phosphate fertilizer (0, 60, and 120) kg P2O5 ha-1 were used. The results indicated that both genotypes have good response to phosphate fertilization. APE and PFP achieved positive relationship with only 60 kg P2O5 ha-1 rate for both genotypes. Moreover, APE calculation showed positive relationship with increasing soil phosphorus test values, meanwhile, APE values was kept steady at 120 kg P2O5 ha-1 .

This paper is focused on the detailed lithostratigraphic facies characterisation of the paleo-environments

of the uppermost Silurian through Lower Devonian Winduck Interval strata from the

Bancannia South 1, Pondie Range 1 and Booligal Creek 1 and 2 wells, across the central Darling

Basin of western New South Wales. Based on data from both wireline logs and drill cores and cuttings,

an interpretation of paleo-environments and evolution of the depositional facies is presented.

Our approach involves two key interpretations. The first outcome was the delineation of

the Winduck Interval section (maximum observed thickness of approximately 1475m) and formal

subdivision into lower and upper Winduck Intervals, based on well data from the central

Bancannia Trough, southern Pondie Range Sub-basin and northwestern flank of the Blantyre Subbasin.

The second outcome is based on the internal lithostratigraphy of the Winduck Interval represented

by 11 sedimentary lithofacies organised into three lithofacies associations (LFAs). LFA-X1

is interpreted as distributary-channel sandstone complex deposits, LFA-X2 is interpreted as

distributary mouth bar with small-scale braided delta plain complex deposits and LFA-X3 is interpreted

as tidal channel sands with proximal delta front complex deposits. Subsurface lithostratigraphic

facies analysis relationships and depositional environments of the Winduck Interval section

have implications for evaluating the hydrocarbon potential and may assist future exploration

efforts in the central Darling Basin, especially the Bancannia Trough and Pondie Range Sub-basin.