2019年10月1日 · Transaction privilege tax deduction codes are used in Schedule A of Forms TPT-2 and TPT-EZ to deduct income exempt or excluded from tax, as authorized by Arizona statute and/or the Model City Tax Code. The same region codes used in reporting income are used in Schedule A to claim deductions of nontaxable or exempt income.

2023年4月14日 · Untuk mengatasi persoalan persampahan di kawasan Banjarbakula, Dinas Pekerjaan Umum Penataan Ruang Provinsi Kalimantan Selatan melaksanakan perencanaan …

Starting January 1, 2025, residential rental property owners should no longer collect and remit any city transaction privilege tax (TPT) on the income derived from long-term lodging stays of 30 days or more to ADOR. (Laws 2023, Chapter 204 and A.R.S. § 42-6004 (H)).

2022年5月18日 · 定向能量沉积（DED）是增材制造（AM）工艺的一个分支，在该工艺中，粉末或金属丝形式的原料被输送到同时聚焦激光束、电子束或等离子/电弧等能量源的基板上，从而形成一个小熔池并逐层连续沉积材料。 与其他AM工艺相比，DED具有一些独特的优势，例如特定位置的沉积和修复、合金设计和复杂形状的三维打印。 在此，对近年来的进展以及在DED过程中控制激光与材料相互作用的主要方面、熔池热行为、先进的原位监测和相互作用机制进行了评述。 还 …

2024年12月1日 · For sales or purchases that are completely exempt from tax, report the sale or purchase under business codes 017 (retail), 605 (retail for MS/RS) or 029 (use tax) and deduct the entire amount using the appropriate deduction code.

西北工业大学谭华教授等科研人员使用定向能量沉积（DED）技术制备了TiC增强Ti合金基复合材料。 阐明了不同工艺参数对TiC增强颗粒和基体中α相…

It explores the fundamentals, current advancements, and future prospects of DED, emphasizing novel alloy development and in-situ sensor integration for understanding phase/stress evolution during additive builds.

Laser Wire DED (LW-DED) / Hotwire A melt pool is created by a laser and uses an off-axis wire-fed deposition to create freeform shapes, attached to robot system

Directed Energy Deposition (DED) is one of the metal additive manufacturing processes which finds wider industrial applications, particularly for repair and reclamation, and for large structures.

Summarize the different metals being deposited using wire-based DED and demonstrate understanding on their properties achieved in as-deposited and through further processing (cold working and heat treatment) and compare to the properties achieved through more traditional manufacturing routes.