Mount of Olives

In the light of this, it is impossible to follow some alternative minority views as to the location of these later royal tombs e.g. the opinion of Amos Kloner " that they were in the grounds of the Ecole biblique (which is much too far north), or the claim of Gabriel Barkay that they were on the western hill, the view of Benjamin Mazar and Ronny Reich that they were on the lower slopes of the Mount of Olives/Silwan, or the assumption of Shemuel Yeivin that they were in the city of David itself, like the earlier tombs. 

We recognise Christ in the words of scripture, God will come from the south and the Holy One from the shady mountain his power will cover the heavens [Hab 3.3, Latin] and we also recognise the church in the words that follow, and the earth isfilled with praise of him. Jerusalem comes from the south, as we read in the book of Joshua, son of Nun (Josh 15.8 cf. 18.5], and the name of Christ was spread abroad from there and the shady mountain is there, that is, the Mount of Olives, from where he ascended into heaven in order to cover the heavens with hispower, and to fill the church, throughout all the earth, with praise of him. 

Where one particular national market is extremely dominant within a global setup (e.g., the US market for pharmaceuticals and agrochemicals), it may be wisest for companies to locate the divisional headquarters in that market. BASF Agro, for example, moved its global headquarters to Mount Olive, NJ following its acquisition of American Cyanamid. 

G. M. Kent, K. L. Johnson, D. R. Gadoury, and R. L. Mumford. Ultraviolet stability of aramid and aramid-blend fabrics by pigment dyeing or printing. US Patent 6 451070, assigned to BASF Corporation (Mount Olive, NJ), September 17, 2002. 

Figure 1.24 Photograph of a partially assembled horizontal rotary table filter (Dorr-Oliver Eimco). (1) Individual segments on whieh the cloth is mounted (2) feed trough (3) wrash liquor delivery or additional feed points (4) screwr conveyor for cake discharge. A schematic of the table filter cycle is shown in Figure 7.4.

Oliver and Mason [292] have used replica methods to assess the effect of surface roughness on the spreading of liquids and to measure contact angles. For stationary studies, small beads of poly(methyl methacrylate) (PMMA) were melted and the molten droplets spread and solidified on the surfaces. Dynamic studies involved polymer melts mounted on a remotely controlled hot stage stub in the SEM and the experiments were video recorded. 

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