1 Norwegian Krone = 1.5174 Maldivian Rufiyaa

1 Argentine Peso = 0.2332 Maldivian Rufiyaa

1 Moroccan Dirham = 1.578 Maldivian Rufiyaa

1 US Dollar = 15.5037 Maldivian Rufiyaa

1 Icelandic Krona = 0.106 Maldivian Rufiyaa

1 Kazakhstan Tenge = 0.0367 Maldivian Rufiyaa

1 Namibian Dollar = 0.8367 Maldivian Rufiyaa

1 Israeli New Sheqel = 4.4212 Maldivian Rufiyaa

1 Costa Rican Colon = 0.0273 Maldivian Rufiyaa

1 British Pound Sterling = 19.2339 Maldivian Rufiyaa

1 Omani Rial = 40.4324 Maldivian Rufiyaa

1 Honduran Lempira = 0.6194 Maldivian Rufiyaa

1 Australian Dollar = 10.1305 Maldivian Rufiyaa

1 Chinese Yuan Renminbi = 2.1916 Maldivian Rufiyaa

1 Hungarian Forint = 0.048 Maldivian Rufiyaa

1 Philippine Peso = 0.307 Maldivian Rufiyaa

1 Kenyan Shilling = 0.1462 Maldivian Rufiyaa

1 Latvian Lat = 25.6306 Maldivian Rufiyaa

1 Egyptian Pound = 0.9962 Maldivian Rufiyaa

1 Botswana Pula = 1.2766 Maldivian Rufiyaa

1 Bulgarian Lev = 8.587 Maldivian Rufiyaa

1 Canadian Dollar = 11.0602 Maldivian Rufiyaa

1 Euro = 17.0083 Maldivian Rufiyaa

1 Mexican Peso = 0.6549 Maldivian Rufiyaa

1 Brazilian Real = 2.7046 Maldivian Rufiyaa

1 United Arab Emirates Dirham = 4.2208 Maldivian Rufiyaa

1 Sri Lanka Rupee = 0.0831 Maldivian Rufiyaa

1 Algerian Dinar = 0.1208 Maldivian Rufiyaa

1 Indonesian Rupiah = 0.001 Maldivian Rufiyaa

1 Lithuanian Lita = 5.2506 Maldivian Rufiyaa

1 Nigerian Naira = 0.0398 Maldivian Rufiyaa

1 Czech Republic Koruna = 0.6169 Maldivian Rufiyaa

1 Bolivian Boliviano = 2.2483 Maldivian Rufiyaa

1 Japanese Yen = 0.1453 Maldivian Rufiyaa

CES 2015, LAS VEGAS – HARMAN, the premium global audio, infotainment and enterprise automation group (NYSE:HAR), introduces its enhanced Harman Kardon AVR 1x1 Series with the additions of Spotify Connect in all models and HDMI 2.0 in the two top models. The AVR 1x1s series, which includes Harman Kardon® AVR 1510, AVR 1610 and AVR 1710, was released last year and stands unprecedented in its versatility, quality and efficiency. Each Harman Kardon AVR 1x1s features the brand's iconic styling and unmatched sound reproduction and offers enhanced support for streaming and external devices.

https://c2n.me/47rgOtW.jpg

Александр Понятов (1892–1980) — американский инженер, основатель и президент компании Ampex, которая выпустила в 1956 году первый коммерческий видеомагнитофон. До появления этого изобретения единственным способом записи телепередач была съемка кинескопа на пленку, что давало посредственное качество изображения и было дорогостоящим. Так многие ранние телепередачи вообще не попали в архивы. С помощью видеомагнитофона стало возможным записывать передачи и транслировать их через несколько часов в другом часовом поясе. Изобретение было настолько революционным, что коллектив авторов VRX–1000 получил в 1957 году премию «Эмми».

Александр Матвеевич — выходец из крестьянской (позже купеческой) семьи Казанской губернии, учился в ИМТУ и в Германии, ветеран Первой мировой, воевал в Белой армии, иммигрировал в Китай, позже жил во Франции, затем стал гражданином США. Будучи уже 50–летним инженером, в 1944 организовал в своем гараже в Сан–Франциско фирму AMPEX (Alexander М. Poniatoff EXcellence), которая сначала работала на оборонку. После войны Ampex занялась выпуском аудиомагнитофонов. С 1951 года фирма вела разработку технологии записи видео на магнитную ленту и к 1956 представила первый серийный коммерческий образец видеомагнитофона, который опережал прототипы конкурентов: в Ampex VRX–1000 вместо того, чтобы увеличивать скорость движения магнитной ленты, магнитные головки в видеокамере и видеомагнитофоне закреплены на вращающемся с высокой скоростью барабане, что позволило значительно снизить скорость лентопротяжного механизма (а значит, и расход ленты).

На видеопленку Ampex в частности записаны «кухонные дебаты» Никсона и Хрущева (ч1 ч2).
В самом СССР из–за эмбарго пришлось самостоятельно разработать свой видеомагнитофон в 1958–1960 гг.

Написал Fenix на historyporn.d3.ru / комментировать

Ref. Case No. 05 of 2019 1

2. The Informant in the present case had issued RFP for procurement of Cloth Cotton Pagdi for quantity of 7,42,426 Mtrs and Mattress MK-II (Improved Version), quantity 57,761 (in numbers). The Informant has stated that out of 04 firms which participated, only 03 firms could qualify for opening of commercial bids for Cloth Cotton Pagdi and out of 10 firms only 04 could qualify for opening of commercial bid for mattress. The tender for procurement of Cotton Pagdi was floated on 22.10.2018, and for Mattress was floated on 08.11.2018, respectively.

3. The Informant has averred that Commercial Negotiation Committee ('CNC') observed that the rates may have been quoted after collusion by the said two firms. As submitted by the Informant, details of the bid are reproduced in the table below:

Ref. Case No. 05 of 2019 1

2. The Informant in the present case had issued RFP for procurement of Cloth Cotton Pagdi for quantity of 7,42,426 Mtrs and Mattress MK-II (Improved Version), quantity 57,761 (in numbers). The Informant has stated that out of 04 firms which participated, only 03 firms could qualify for opening of commercial bids for Cloth Cotton Pagdi and out of 10 firms only 04 could qualify for opening of commercial bid for mattress. The tender for procurement of Cotton Pagdi was floated on 22.10.2018, and for Mattress was floated on 08.11.2018, respectively.

3. The Informant has averred that Commercial Negotiation Committee ('CNC') observed that the rates may have been quoted after collusion by the said two firms. As submitted by the Informant, details of the bid are reproduced in the table below:

CM(M) 769/2018 with CM APPL. 27219/2018

1. Petitioner impugns order dated 18.04.2018 whereby the Trial Court has rejected the preliminary objection raised by the Petitioner that the petition filed by the Respondent under section 34 of the Arbitration and Conciliation Act, 1996 (hereinafter called the Arbitration Act) impugning award dated 14.07.2016 was liable to be dismissed because Respondent had not deposited 75% of the awarded amount as stipulated in Section 19 of the Micro, Small and Medium CM(M) 769/2018 Page 1 of 16 Enterprises Development Act, 2006 (hereinafter referred to as the MSMED Act).

2. Respondents had issued a Tender Enquiry for procuring Cover Water Proof 9.1 M x 9.1 M. The bid of the Petitioner was accepted by the Respondents and contract dated 05.04.2005 was entered between the parties.

The Croatian has fallen behind the likes of Virgil van Dijk and Joe Gomez in the pecking order at Anfield and is looking for the opportunity to secure more first team football.

Archives, Room Use Only - TK5741.Z414 1911

The Hall of Famer is repaying the money after an audit of funds alleged that Mississippi officials improperly spent $94 million in federal money.

Called Herath, this was the first major Hindu festival being celebrated in the Valley after Jammu and Kashmir was changed into a Union territory last year.

Rotation is a core crystallographic operation. Two sets of Cartesian coordinates of each point of a rotated object, those before and after rotation, are linearly related, and the coefficients of these linear combinations can be represented in matrix form. This 3 × 3 matrix is unique for all points and thus describes unambiguously a particular rotation. However, its nine elements are mutually dependent and are not interpretable in a straightforward way. To describe rotations by independent and comprehensible parameters, crystallographic software usually refers to Euler or to polar angles. In crystallography and cryo-electron microscopy, there exists a large choice of conventions, making direct comparison of rotation parameters difficult and sometimes confusing. The program py_convrot, written in Python, is a converter of parameters describing rotations. In particular, it deals with all possible choices of polar angles and with all kinds of Euler angles, including all choices of rotation axes and rotation directions. Using a menu, a user can build their own rotation parameterization; its action can be viewed with an interactive graphical tool, Demo. The tables in this article and the extended help pages of the program describe details of these parameterizations and the decomposition of rotation matrices into all types of parameters. The program allows orthogonalization conventions and symmetry operations to be taken into account. This makes the program and its supporting materials both an illustrative teaching material, especially for non-specialists in mathematics and computing, and a tool for practical use.

The Python-based program py_convrot is a universal converter of rigid-body rotation parameters. The program interactively illustrates the action of various rotation parameters and can be used both for teaching goals and for practical applications.