目录
| 发行方 | Ottoman Empire |
|---|---|
| 年份 | 1362-1389 |
| 类型 | Standard circulation coin |
| 面值 | 1 Mangir |
| 货币 | Akçe (1327-1687) |
| 材质 | Copper |
| 重量 | 1.4 g |
| 直径 | 13 mm |
| 厚度 | |
| 形状 | Round (irregular) |
| 制作工艺 | Hammered |
| 方向 | |
| 雕刻师 | |
| 流通至 | |
| 参考资料 |
| 正面描述 | No date and no mint visible |
|---|---|
| 正面文字 | |
| 正面铭文 | |
| 背面描述 | Irregular shape and lettering inside |
| 背面文字 | |
| 背面铭文 | |
| 边缘 | Rough |
| 铸币厂 | |
| 铸造量 |
ND (1362-1389) - - |
| Numisquare 编号 | 1810182030 |
| 附加信息 |
Historical Context: Murad I's reign (1362-1389) marked a crucial period for the nascent Ottoman Empire, witnessing significant territorial expansion into the Balkans and consolidation of power in Anatolia. As the third Ottoman Sultan, Murad I laid foundational administrative and military structures, including the Janissaries. The issuance of copper manghirs during this era was vital for facilitating local commerce and asserting state authority, reflecting the burgeoning economic system of a rapidly expanding realm.
Artistry: The manghir's artistry reflects the early Ottoman numismatic tradition, characterized by functional design over elaborate aesthetics. Engravers, typically anonymous mint masters, focused on clear calligraphic presentation, often in Thuluth script. The design for this 13mm copper coin would likely feature Murad I's name and patronymic (Murad bin Orhan) on one side, possibly with a pious invocation, mint name, or simple geometric motif on the reverse. Intricate detail is rare due to the coin's small size and base metal.
Technical/Grading: Given its copper composition and diminutive size (1.4 gg, 13 mm), this manghir often exhibits characteristics of mass-produced, low-denomination coinage. Technical strike qualities frequently include off-center strikes, weak pressure, and planchet irregularities. High-points, typically the raised elements of the calligraphy or any central emblem, are prone to wear and often appear flat or abraded. Original luster is rarely preserved, and surface pitting is common due to environmental exposure.