Search

11 Oct 2020: continuously settled since the Neolithic period ( 7. ka BP) and has experienced major development. ... since 2.7 ka BP, notably during the Hellenistic and. Roman periods.

1 Oct 2020: Special No 1. Thursday 1 October 2020. Vol cli. pp. 1–95. Search. this special issue. specials for 2020-21. 2020-21. all issues. for. Proposed Roll of the Regent House. Registrary’s Notice and Proposed Roll of the Regent House. University

8 Nov 2020: H =1. 2a. Z /a. /a. dk. 22 sin(ka) c†. kck. – ... E(k) =1. asin(ka). This gives a dispersion relation of the kind we anticipated above: it has zeros at both.

6 Nov 2020: Special No 2. Friday 6 November 2020. Vol cli. pp. 1–87. Search. this special issue. specials for 2020-21. 2020-21. all issues. for. Roll of the Regent House. Roll of the Regent House: Promulgation. Roll of the Regent House: Promulgation.

13 Oct 2020: An example is the following (p. 271, Weber's (1100)): (15). hama-rpa-yka-n llapan chay-chaw ka-q runa-kuna-qa (Huallaga) sit-pplu-impf-3s all that-in ... 362, Weber’s (1505)): (48) kiki-n-kuna-lla self-3POSS-plural-just ‘only themselves’ (49)

2 Feb 2020: These microwave frequencies are typically in the C, S, X, Ka, or Ku bands (frequencies above about 1000 MHz).

21 Nov 2020: Heb Hu Est Fin Tur Bur cB wB Wo Ka Ku1 FGM %gramm.%morphology FGM - - FGM 12 FGP %gramm.%person%%%%%%%%%%%%%%%%%%%%%%%%%%FGM FGP 0 0 - FGP 23 FGN %gramm.%number%%%%%%%%%%%%%%%%%%%%%%%%%FGP FGN ... Heb Hu Est Fin Tur Bur cB wB Wo Ka Ku.

24 Aug 2020: δcont (k) ={. arctan(ka), = 0,0, > 0,. is the scattering phase shift in the angular momentum channel. ... RcontE,=0(r) =sin[kr δ0(k)]. kr,. where δ0(k) = arctan(ka) and k =. E. The continuityequations at the cutoff are. p(rc) = ln{. sin[krc δ0(k)]rc.

26 Sep 2020: INQUA–SEQS 2002 Conference. INQUA–SEQS ‘02. UPPER PLIOCENE AND PLEISTOCENE OF THE SOUTHERN URALS REGION AND ITS SIGNIFICANCE FOR CORRELATION. OF THE EASTERN AND WESTERN PARTS OF EUROPE. Excursion Guide. Ufa – 2002. INTERNATIONAL UNION FOR

24 Aug 2020: cot[δ(k)] = 2π. ln(ka) k2R2eff. 4. (1). Here a is the scattering length and Reff the effective range. ... f (k) = 4 2. πln(ka) k2R2eff4 i. (8). Matching both expressions, we can express ω0 and λ in termsof a and Reff ,. ω0 = 8π R2eff. ln(qa), (9a).