1,722,667 research outputs found
STRATEGI PROMOSI PENJUALAN MIE BEBEK FAIZI PALEMBANG
Full text linkLaporan Akhir ini berjudul “Strategi Promosi Penjualan Pada Mie Bebek Faizi Palembang”. Laporan Akhir ini bertujuan untuk mengetahui bagaimana strategi promosi penjualan yang dilakukan oleh Mie Bebek Faizi Palembang untuk meningkatkan penjualan. Data yang digunakan dalam penelitian ini adalah melalui wawancara dan Kuesioner. Metode analisis yang digunakan adalah metode analisis kualitatif dan Kuantitatif. Penurunan jumlah penjualan pada tahun 2018 membuat Mie Bebek Faizi mengeluarkan strategi promosi dengan menggunakanCoupons, price, reduction, premium, dan sample. Dengan penggunaan strategi promosi yang baru Mie Bebek Faizi berhasil menaikkan omzet perusahaan sebesar 27,7%, saran untuk Mie Bebek Faizi adalah dengan melakukan peningkatan pada strategi promosi yang telah ada dan bekerjasama dengan banyak pihak yang dapat meningkatkan penjualan
En Yüksek Mevduat Faizi Veren Banka 2019
No full textn yüksek mevduat faizi veren bankalar 2019 yılında itibari ile arttı. Bankaların 2019 yılında uygulayacağı yüksek faiz oranlarını sıklıkla güncellemektedir.
Aşağıda yer alan tabloda 32 güne ait vadeli hesap faiz oranları verilmiştir. https://www.bilgierisimi.com/en-yuksek-mevduat-faizi
Temerrüt Faizi Kavramı ve Çeşitli Davalarda ve Takiplerde Başlangıç Zamanı
No full textGecikme faizi, borcun vadesinde ödenmemesi sebebiyle belli bir parayı talep etme hakkına sahip bulunan alacaklıya, bu paradan belli bir süre yoksun kalması sebebiyle ödenen karşılıktır. Bu para, kanunkoyucu tarafından farazi, asgari, maktu bir şekilde tespit edilmiş olup, para borçlarının vadesinde gecikmeden ödenmesini önlemek amacını gütmektedir.1Gecikme faizi, temerrüt faizini de kapsayan, ancak daha geniş içeriğe sahip biçimde anlam içeren bir kavramdır. Bazı mevzuat hükümlerinde gecikme faizi, temerrüt faizi anlamında da kullanılmaktadır. Temerrüt faizi de gecikme faizidir. Ancak kanunkoyucu bazı hallerde borçlunun temerrüde düşürülmesine gerek kalmadan faiz uygulanabileceğini kabul etmektedir. Masraf faizi2, iadesi gereken para faizi3, yararlanılan bedel faizi4 gibi anapara faizi olmadığı halde ödenmesi gereken faizler bu tür faizler olup genel olarak gecikme faizi kapsamında kabul edilirler.5Bir gecikme faizi türü olan temerrüt faizi, borçlunun temerrüdü tarihinden; diğer gecikme faizi türleri ise alacağın muaccel olduğu tarihten itibaren işlemeye başlar.6Temerrüt faizinin başlangıcını taraflar serbestçe kararlaştırabilirler.7Ancak taraflar faizin başlangıç tarihini kararlaştırmamışlarsa, temerrüt faizi, ihtar gereken hallerde, temerrüt ihtarının borçluya tebliğ tarihini takip eden günde; ihtarda süre tanınmışsa sürenin dolduğu tarihte (süreyi takip eden günde); vade belli ise ihtara gerek olmaksızın vadenin dolduğu tarihte; temerrüdün özel kanun hükmü ile düzenlendiği hallerde kanunda belirtilen tarihte işlemeye başla
Dorcadion (Cribridorcadion) darakiensis Faizi & Nozari & Ghobari & Kalashian 2020, sp. nov.
No full textDorcadion (Cribridorcadion) darakiensis Faizi & Nozari, sp. nov. (Fig. 1: 1, 2) Type material. Holotype, male: Iran, Kurdistan province, Divandareh County, Saral Area (35°36’46.86”N, 47°8’37.77”E), pitfall trap, 12.07.2016, Hamed Ghobari leg. Paratype, 2 females: Iran, Kurdistan province, Sarvabad County, village Daraki (35°19’3.46”N, 46°12’27.78”E), pitfall trap, 15.05.2017, Fardin Faizi leg. The type specimens were collected from pastures in mountain steppe belt using pitfall traps (Fig. 3). Description of holotype. Body moderately elongate, length 13 mm, width 4.5 mm, dorsally with dark blackbrown integument, ventral surface, legs and antennae mainly brownish-black, antennomeres somewhere brownish, outer edges of antennomeres 1–4 reddish-brown. Tibiae apically darkened, nearly black. Head partly covered with recumbent whitish pubescence forming longitudinal medial stripe and whitish spots at level of anterior margins of eyes; stripe with deep longitudinal furrow reaching anterior margin of pronotum; antennae rather thick, reaching beyond posterior third of elytra, first antennomer subequal in length compared to second and third antennomeres combined, third slightly longer than fourth, first and second antennomers and base of third antennomer with dense whitish pubescence, remaining antennomers with dense brown-yellowish pubescence basally and black pubescence apically. Pronotum transverse, covered with dense pubescence hiding punctuation, with large lateral rather acuminate tubercles, pronotum on disk with recumbent dense black-brownish pubescence, with three white-yellowish longitudinal stripes—along middle and lateral margins (except tubercles), first one divided by distinct complete shallow longitudinal furrow. Scutellum triangular with obtuse angles, covered with whitish pubescence. Elytra oblong oval, slightly vaulted, about 2 times longer than wide, humeral angles rounded, elytra apically separately rounded. Surface covered with dense black-brownish pubescence, each elytron with distinct longitudinal white-yellowish sutural and humeral stripes not reaching elytral apices. Very vague and indistinct velvet brownish stripes are external and internal dorsal stripes, and indistinct whitish spots are situated between dorsal elytral stripes near approximately posterior 1/4 of elytra. Humeral carinae black, reaching to posterior third of elytra. Ventral surface covered with dense whitish pubescence (Fig. 1). Variability (sexual dimorphism). Paratypes, females (Fig. 1: 2) are bigger and wider (body length 15.0–16.0 mm, width 5.9-6.0 mm), humeral stripes of pronotum and elytra as well as longitudinal medial stripe on head, pronotum and along suture are more colorful, yellowish; most of head pubescence black, antennae shorter and thinner, six first antennomers black-brown; pronotum and elytra wider; on elytra humeral and sutural stripes narrower, each elytron between these stripes with dorsal velvet brownish stripes wider than in male—one rather wide and situated approximately equidistant between suture and lateral margins of elytra, and narrower one along sutural stripe; legs white pubescence fewer, pygidium apically with dense white-yellowish setae. Differential diagnosis. The new species is similar to D. serouensis described from west Azerbaijan Province of Iran and known to us by its description (Kadlec 2006) (Fig. 1: 3). Dorcadion serouensis is bigger (in males 14.0– 17.5 mm, in females 16.1–18.6 mm), antennae in both sexes are somewhat ticker and shorter, antennae and legs are brown, apical portions of legs are not darkened. Short longitudinal spots on elytral disc between lateral and sutural stripes are more pronounced in both sexes of D. serouensis. Distribution. Western Iran, Kurdistan Province. Etymology. The specific epithet refers to Daraki village (Kurdistan Province) where some specimens from the type series were collected.Published as part of Faizi, Fardin, Nozari, Jamasb, Ghobari, Hamed & Kalashian, Mark Yu., 2020, Notes on the fauna of the genus Dorcadion Dalman, 1817 (Coleoptera: Cerambycidae) of Kurdistan Province, Iran, with description of a new species, pp. 594-598 in Zootaxa 4743 (4) on pages 595-598, DOI: 10.11646/zootaxa.4743.4.9, http://zenodo.org/record/369067
Phytoecia (Helladia) euimperialis Faizi & Danilevsky & Ghobari & Nozari 2020, sp. n.
No full textPhytoecia (Helladia) euimperialis Faizi & Danilevsky, sp. n. (Figs. 1–2) Type material. Holotype, male, Iran, Kurdistan province, Marivan-county, Bardeh Sepi, 35°31’8.8”N, 46°24’29.22”E, 01.05.2017, Fardin Faizi leg. (MD); paratype, female with same label (MD). Description. Body black; integument of antennae, prothorax, elytra, legs and abdomen partly orange. Scape, pedicel and antennomeres III-V bicolored, black dorsally and orange ventrally; bases of femora and tarsi black; anterior femora black in basal third, middle femora black to about middle, posterior femora black on about basal ¾; setae brushes of middle tibiae orange; tarsomere I partly orange. Head with long dark erect setae, densely covered with orange recumbent pubescent on frons, genae and occiput; vertex in male black, with two wide orange stripes divided by narrow shining glabrous line; vertex in female totally covered with orange recumbent pubescence; frons transverse; genae relatively short, about two times narrower than lower eye lobe; the distance between upper eye lobes in male about two times wider than apical width of scape, in female slightly wider; lower and upper eye lobes connected by very narrow bridge of about three ommatidia width; mandibles unicuspid; antennae thin, reaching elytral apices in male, and apical elytral fifth in female; antennomeres without apical swellings; scape nearly cylindrical, slightly widened distally; antennomere III slightly longer than antennomere IV and longer than scape; antennomere IV about 1.3 times longer than V; several antennomeres with a few hardly visible small erect setae. Prothorax strongly transverse, strongly widened medially where is wider than head; about 1.8 times wider than long in male, and 1.6 times in female; pronotal central area with wide orange, smooth, shining spot, which is covered with sparse fine orange pubescence in male, and glabrous in female; orange spot in female much wider than in male; bordered with black shining areas, without recumbent pubescence, with several scattered long orange erect setae in male, and nearly glabrous in female; pronotal lateral areas densely covered with long erect and recumbent orange pubescence in male, and almost glabrous in female; scutellum transverse semicircular, with dense recumbent orange pubescence. Elytra with sides strongly converging posteriorly in male, and nearly parallel sided in female; about 2.5 times longer than basal width in male, and about 2.4 times in female; no costae or longitudinal depressions present; yellow dense elytral cover rather regular, totally hiding punctation in male, and much sparser in female, consisting of very fine recumbent setae; so female elytra looking dark-grey; orange humeral spot of curved elytral margin is not visible from above, it is as wide anteriorly as width of curved margin, disappearing posteriorly at about middle level of metathorax in male, and at about posterior margin of metathorax in female; with numerous short oblique black setae on anterior third, diminishing to the apex; elytral apices rounded, with angles indistinct. Metatarsomere I shorter than II-III combined; metatarsomere III wider than long, as long as II; denticles of the tarsal claws moderately wide, sharpened apically in anterior legs, but rounded in posterior. Metepisternum black with narrow dorsal orange line; thoracic ventral side black with sparse yellow erect setae; first three abdominal segments with posterolateral angles densely covered with recumbent orange pubescence; in male ventrite IV and V orange, ventrite IV with two small anterior black spots; in female ventrite IV black with orange posterolateral angles, ventrite V with wide orange lateral areas; pygidium in male rounded, postpygidium emarginated, with two lateral tufts of black setae; last ventrite of male flattened, truncated and with two lateral tufts of black setae; in female, last ventrite convex, truncated apically; last abdominal sternite with distal central impression and truncated apically. Body length in male: 11.5 mm, humeral width: 3.2 mm, body length in female: 9.4 mm, humeral width: 2.7 mm. Differential diagnosis. The new species is very close to Iranian Ph. (H.) imperialis Sama & Rejzek, 2001 described from Azarbaygan-e-Garbi, Serou (37°39’N, 44°45’E) and to Ph. (H.) dorud (Sama, et al., 2007), stat. n. described from Lorestan, Dorud by the wide transverse prothorax with a big pale spot in the middle of pronotum and monochrome elytra regularly covered with dense pubescence. In males of Ph. (H.) euimperialis Faizi & Danilevsky, sp. n. the elytral pubescence is very dense, and the bright orange hide the elytral punctation, while in Ph. imperialis and Ph. dorud stat. n. the elytral pubescence is not hiding the elytral punctation; in the new species the metanepisternum is black with narrow dorsal orange line, in Ph. imperialis and Ph. dorud stat. n. the metanepisternum is totally covered by orange pubescence. Phytoecia imperialis is generally lighter than Ph. dorud stat. n., but Ph. (H.) euimperialis Faizi & Danilevsky, sp. n. is the lightest. Distribution. The new species is known from Iranian Kurdistan (Marivan-county, Bardeh Sepi) (Fig. 5). Its type locality is situated just between type localities of Ph. (H.) imperialis Sama & Rejzek, 2001, described from Azarbaygan-e-Garbi (Serou, 37°39’N, 44°45’E), and Ph. (H.) dorud (Sama et al., 2007), stat. n. described from Lorestan (Dorud): in about 280 km south-eastwards Serou and in about 330 km north-westwards Dorud. Etymology. The new species is named on the base of the name of the closest species Ph. (H.) imperialis and Greek “eu”—true.Published as part of Faizi, Fardin, Danilevsky, Mikhail L., Ghobari, Hamed & Nozari, Jamasb, 2020, Two new species of Phytoecia Dejean, 1835 (Coleoptera, Cerambycidae) from Iran, pp. 591-595 in Zootaxa 4868 (4) on pages 592-593, DOI: 10.11646/zootaxa.4868.4.9, http://zenodo.org/record/441823
Photocopy of Salt Lake Tribune article Sajid Faizi \u27His first priority\u27
No full textBlack & white photocopy image of Salt Lake Tribune article Sajid Faizi \u27His first priority\u27 highlighting Shazia Faizi\u27s husband, Dr. Sajid Faizi for Father\u27s Day; Article dated June, 11 2011. Dr. Sajid Faizi; Shazia Faizi (wife); Naba Faizi (daughter); Muzammil Faizi (son); Fatima Faizi (daughter)
Current control of three-phase PWM Inverter for flywheel energy storage system
No full textThe thesis is concerned with the use of flywheel energy storage system (FESS) in utility load levelling application. The work presented consists of two parts, first, an evaluation of utility load levelling schemes with FESS as the energy storage medium, and second, the development of power electronic interface of FESS to the utility.The thesis presents a study to evaluate FESS load levelling schemes in a UK electricity supply and distribution company. It identifies and quantifies the costs and benefits of the schemes, and carries out a financial appraisal based on Net Present Value (NPV) and Internal Rate of Return (IRR) methods. The results indicate that the DSM schemes utilising FESS can be financially viable for a UK electricity supply and distribution business in a mass-produced (low-cost) FESS scenario, and provide FESS manufacturers and developers with cost goals for such applications. The conclusions drawn provide the motivation for further technical research undertaken within the programme of work.The main work presented is in the area of power electronic interface between FESS, as well as other energy storage devices or energy sources, and the utility for embedded generation. The thesis particularly focuses on the design of current controllers for an interface in the form of three-phase voltage-source pulsewidth modulated (VS-PWM) inverter connected to the utility via LCL filter.Two different current controller structures based on suboscillation current control method have been analysed and designed, aided by computer simulation studies carried out using a general purpose dynamic system simulation software, Matlab Simulink. General properties of a three-phase VS-PWM inverter have been investigated to establish a basic understanding of its operation. The phenomenon of phase interaction in a system with no neutral connection has been examined and the effect of practical inverter nonlinearities caused by interlock time delay (dead time) and on-state voltage drops of the semiconductor devices has been discussed.Various PWM current control techniques have been investigated, including the three-independent hysteresis current control, advanced hysteresis current control, suboscillation current control and space vector current control. The suboscillation current control method has been chosen as produces a well defined harmonic spectrum in the output current without the need for complicated computations and extensive hardware, and can be easily implemented in analogue to avoid problems •sampling and computation time delay generally associated with digital controllers.Fundamental appreciation of the suboscillation PWM technique has been established from analytical synthesis of the modulation process, providing a rational basis for the current controller and computer simulation model validation. An inherent disadvantage of the suboscillation control method has been found to be its limited controller gain, causing a steady-state error to and the effect of inverter nonlinearities to be quite significant.In the first current controller structure, a simple compensation has been utilised to enable the gain to be increased beyond the conventional limit. Simulation results show that the steady-state error the current waveform has been improved and the effect of inverter nonlinearities has been It also makes the current controller less susceptible to the inherently noisy environment, current controller has been experimentally built and tested to validate the simulation results and to validate the practical aspects of its implementation.In the second current controller structure, a cyclic feedback system based on Iterative Control (ILC) has been utilised to eliminate the periodic error in the current waveform. The structure is more complicated and the cyclic feedback system requires digital implementation. Simulation results indicate that the cyclic feedback system is effective in eliminating periodic error in the current waveform. Due to time constraints and hardware limitations, digital implementation of the system has not been possible but is recommended for future research
Jalan Keempat: Kumpulan puisi
No full textBuku kumpulan puisi berjudul "Jalan Keempat" ini merupakan buku yang menghimpun puisi-puisi M. Faizi yang bertahun cipta antara tahun 2007 hingga 2015. Puisi-puisi yang ditulis selama rentang waktu delapan tahun ini memiliki beragam tema. Di dalamnya dimuat 40 puisi. Puisi-puisi M. Faizi bukan sesuatu yang encer dan melambung lalu menguap tanpa jejak, tetapi justru laksana merepresentasikan perenungannya yang mengendap sekian lama, lalu secara hati-hati diolahpadukan kembali dalam bangunan yang bernama puisi
Temerrüt faizi
No full textPara borçlarının ifasında borçlunun temerrüde düşmesinden itibaren, borçlu kanunen tespit edilen ya da taraflarca tespit edilen miktarda alacaklıya temerrüt faizi ödemekle yükümlüdür. Temerrüt faizi, ifa edilmesi gereken edimin para olduğu borçlarda borçlunun temerrüdünden itibaren ve temerrüt halinin devam ettiği süre zarfında borçlunun alacaklıya ödemek zorunda olduğu faizdir. Alacaklının temerrüt faizini talep etmesi için zararını ispat etmesi gerekmez. Çünkü temerrüt faizinin hukuki niteliği zararın varlığı kanunen varsayılan götürü tazminattır. Diğer yandan borçlunun kusurunun bir önemi yoktur. Temerrüt faizinin ifa ettiği fonksiyon ise borçlunun borcunu ödemede gecikmeden yapmaya teşvik edilmesidir. Temerrüt faizinin miktarı, temerrüt faizinin oranıyla temerrüdün işleyeceği süreye göre tespit olunur. Her şeyden önce taraflar temerrüt faizinin oranını sözleşmeyle belirleyebilirler. Böyle bir sözleşmenin olmaması halinde ise kanuni faiz oranı uygulanır. Kanuni faiz oranı, T.C. Merkez Bankasının kısa vadeli kredi işlemlerinde uyguladığı reeskont faiz oranıdır. Ticari işlerde ise alacaklıya ek bir imkan olarak T.C. Merkez Bankasının kısa vadeli kredi işlemlerinde uyguladığı avans faiz oranının talep edilebilmesi imkanı düzenlenmiştir. Temerrüt faizi oranının sözleşmede kararlaştırılmamış olduğu hallerde, akdî faiz miktarı reeskont ve avans faiz oranının üzerinde ise, temerrüt faizi, akdî faiz miktarından az olamaz. Yabancı para borçlarında ise, sözleşmede daha yüksek akdi veya gecikme faizi kararlaştırılmadığı hallerde, yabancı para borcunun faizinde Devlet Bankalarının o yabancı para ile açılmış bir yıl vadeli mevduat hesabına ödediği en yüksek faiz oranı uygulanır.INTEREST OF PERSISTENCE Within the Turkish Law, the interest of persistence has generally been regulated throughout the Law of Loan, Turkish Commercial Law, and numbered 3095 Legislation about Legal Interest and Interest of Persistence. In our study, we have investigated especially the numbered 4489 The law about the Changes related to the Legistlation about Legal Interest and Interest of Persistence that was accepted in 15.12.1999 which changed the numbered 3095 Law. Because the law that has brought important reforms about the interest rates needs to be studied in details. the interest of persistence is the interest that the debtor, who does not pay his debt in time, has to pay. In this regard the interest of persistence can be considered as a kind of compensation that is paid to the creditor who is not able to take his claim back. to be able to demand the interest of persistence, it is not needed that the creditor has got into trouble because of the delay or the debtor has got an excuse. The interest of persistence is divided into two, as legal and negotiative . Sides can decide the rate of the interest of persistence with an agreement. In case the rate of interest cannot be determined , legal interest is applied. The legal interest rate is the repeating discount interest rate that the turkish central bank applies in short term credit issues.in commercial issues , however, the creditor can demand the application of interest rate in advance that the central bank applies in short term credit issues. an extra interst of persistence cannot be demanded because of the delay of the payment of the interest of persistence. The amount of the interst of persistence is determined according to the sum of the interest of persistence and the period of persistence
Veraset Ve İntikal Vergisinde Gecikme Faizi: Gecikme Faizinde Kusur Meselesi
No full textVeraset ve İntikal Vergisi Türkiye’deki önemli servet vergilerinden biridir. 7338 sayılı Kanun’la 1959 yılından beri yürürlükte olan bu vergi gerçek ve tüzel kişiler arasında veraseten veya ivazsız surette gerçekleşen intikalleri konu almaktadır. Bu vergideki en temel sorunlardan bir tanesi kanunun öngörmüş olduğu ikili tarhiyat yöntemi nedeniyle, mükelleflerin hiçbir kusurlarının olmadığı durumlarda dahi gecikme faizi ödemek zorunda kalıyor olmasıdır. Bu makalede de öncelikle Veraset ve İntikal Vergisi’ndeki tarhiyat yöntemi incelenecek ardından da kanun uyarınca yapılan ek tarhiyatlar nedeniyle gecikme faizi alınıp alınamayacağı değerlendirilecektir
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