國(guó)際合作
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【會(huì)議文集】第四十屆炸藥與爆破技術(shù)年會(huì)會(huì)議文集目錄
發(fā)布時(shí)間：
2014-02-28 00:00
來(lái)源：
1.Pinkerton Tunnel Open Cut Project
平克頓隧道明挖工程（美國(guó)）
2.Blasting a Diversion Tunnel through the Abutment of a “Meta-Stable” Dam
通過(guò)亞穩(wěn)定大壩壩肩爆破引水隧道（美國(guó)）
3.A Survey to Better Understand Collegiate Talent for Recruiting Purposes
一項(xiàng)為招聘目的對(duì)高校人才的調(diào)查（美國(guó)）
4.Load Transfer of Polycarbonate Blast Resistant Glazing Systems
聚碳酸酯抗爆玻璃系統(tǒng)的負(fù)荷轉(zhuǎn)移（美國(guó)）
5.Risk Assessment Software Applied to Large Bomb Detonations Near Structures
應(yīng)用于建筑附近大型炸彈爆炸的風(fēng)險(xiǎn)評(píng)估軟件（美國(guó)）
6.Blast Vibration Monitoring & Calibration in the 21st Century
21世紀(jì)爆破振動(dòng)的監(jiān)測(cè)和校準(zhǔn)（英國(guó)）
7.Tall Structure Response to Close-in Urban Blasting in New York City
紐約市區(qū)高層建筑對(duì)近市區(qū)爆破的反應(yīng)（美國(guó)）
8.Utilizing Structured Public Involvement in Community Meetings around Blasting Operations
結(jié)構(gòu)化公眾參與社區(qū)會(huì)議在爆破作業(yè)中的應(yīng)用（美國(guó)）
9.Industry Task Force for Elimination of Blasting-Based Flyrock Incidents Update
消除爆破飛石事故最新發(fā)展的工業(yè)工作組（美國(guó)）
10.Development of a Wireless Sensor Network for Blast Monitoring and Slope Stability
用于爆破監(jiān)測(cè)和邊坡穩(wěn)定的無(wú)線傳感器網(wǎng)絡(luò)的發(fā)展（美國(guó)）
11.The Construction and Testing of a Polycarbonate Safe Haven Wall
聚碳酸酯避險(xiǎn)墻的建造和測(cè)試（美國(guó)）
12.Engineering Investigation of the April 2011 Explosion at a Fireworks Storage Magazine in Oahu, HI
夏威夷瓦胡島煙花存儲(chǔ)倉(cāng)庫(kù)2011年4月爆炸事件調(diào)查（美國(guó)）
13.Structure and Crack Response to Coal Blasting in Brazil
巴西煤礦爆破的結(jié)構(gòu)和斷裂反應(yīng)（巴西）
14.Dynamic Stress Field around a Blast Hole-A Laboratory Study
爆孔附近動(dòng)態(tài)應(yīng)力場(chǎng)的實(shí)驗(yàn)研究（加拿大）
15.Concrete Bridge Pier Removal in an Environmentally Sensitive River
環(huán)境敏感型河流上混凝土橋墩拆除（美國(guó)）
16.Review of Equations of Motion of Linear Shaped Charges Liner
線性裝藥藥型罩的運(yùn)動(dòng)方程綜述（美國(guó)）
17.Enhance Blast Performance by Using PPAN Blended with Emulsion Explosives
顆粒狀硝銨與乳化炸藥混合后改良的爆破效果（印度）
18.Improving Explosives User Safety by Introducing Regulation Awareness Training
引入規(guī)則意識(shí)培訓(xùn)提高炸藥使用者安全（美國(guó)）
19.Mini-Bench Blasting Applicability at the Excavation for Foundation in Settlement
沉降區(qū)地基開(kāi)挖中迷你臺(tái)階爆破的適用性（土耳其）
20.Comparison of Field and Simulated Cast Blasts
實(shí)地和模擬拋擲爆破的比較（美國(guó)）
21.Vibration Effects on Underground Concrete Structures
爆破振動(dòng)對(duì)地下混凝土結(jié)構(gòu)的影響（美國(guó)）
22.Orica Degradable Emulsion Seismic Explosives
Orica可降解地震乳化炸藥（澳大利亞，美國(guó)）
23.Numerical Simulations for Explosive Production and Design
炸藥生產(chǎn)和設(shè)計(jì)的數(shù)值模擬（美國(guó)）
24.Implementation of High Density Ammonium Nitrate Prill in Emulsion Blends in an Open Pit Coal Mining Application
露天煤礦中高濃度顆粒狀硝銨混合乳化炸藥的應(yīng)用（美國(guó)）
25.Process Intensification of Emulsion Manufacture
乳化劑生產(chǎn)的過(guò)程強(qiáng)化（美國(guó)）
26.The Advantages of Recycled Oil in Blasting: a Refreshing Approach
爆破中循環(huán)油的優(yōu)勢(shì)——一種新的方法（澳大利亞）
27. Advances in Predicting the Effects of Non-ideal Detonation on Blasting
Ian Kirby, Ayr, Scotland
Jim Chan, Orica, Canada
Alan Minchinton, Orica, Australia
不理想引爆對(duì)爆破影響預(yù)測(cè)的進(jìn)展
28. Velocity Capture Methods and Comparisons
速度捕獲方法與比較（美國(guó)）
29.A Novel Prediction of Blasting Vibration Parameter
一種新穎的爆破振動(dòng)預(yù)報(bào)方法（中國(guó)）
30.Study on Safe Criterion of Blasting Excavation Oil-Gas Pipeline
油氣管溝爆破安全判據(jù)研究（中國(guó)）
31.Investigating Colliding Shock
探究碰撞沖擊（美國(guó)）
32.A Safer and Green Detonator with NHN Substituting ASA
更安全更環(huán)保的雷管----用硝酸肼鎳取代ASA（美國(guó)）
33.Analysis Method into True Detonator Delay Element Discrepancies
分析雷管延遲元件真正差異的方法（澳大利亞）
34.Rock-to-Sensor Transmissibility of Vibrations
振動(dòng)從巖石至傳感器的傳遞率（美國(guó)）
35.Blasting 1 Million Tons, 205 Meters from a Town
距離城鎮(zhèn)205米處的一百萬(wàn)噸爆破施工（美國(guó)）
36.Case Examples of Sensor Coupling Effect on Blast Vibration Measurement and Charge Weight Scaling Plot
傳感器耦合效應(yīng)對(duì)爆破振動(dòng)監(jiān)測(cè)和裝藥量比例圖影響的案例分析（美國(guó)）
37.Internships: A Bridge into the Explosives Industry
實(shí)習(xí)是通往炸藥行業(yè)的橋梁（美國(guó)）
38.The Importance of Internships for Explosives Engineering Students
炸藥工程學(xué)生實(shí)習(xí)的重要性（美國(guó)）
39. Business Improvement through Mentoring at a Natural Resources Company
Allan Koski, Cliffs Michigan Operations & Angela King, Cliffs Minnesota Operations
& Shannon Studden, Cliffs Corporate
某自然資源公司的輔導(dǎo)提高業(yè)務(wù)能力法
40. Blast-Induced Heave Modeling in Three Dimensions
Dale S Preece & Ayman Tawadrous,Orica Mining Services, Watkins, CO
爆破引起的三維波動(dòng)起伏模擬
41. Blast Optimization through Long Term Fragmentation Analysis
Florian Bauer, Teck Coal Limited
基于長(zhǎng)期破巖分析的爆破優(yōu)化
42. Modeling Vs. Monitoring Blast Movement: The Cost of Variation
Will Hunt, Blast Movement Technologies, Golden, CO USA
Darren Thornton, Blast Movement Technologies, Brisbane, QLD AU
爆破運(yùn)動(dòng)模擬與監(jiān)測(cè)：振動(dòng)的代價(jià)
43. Blasthole Length, Subdrilling and Stemming Analysis in an Iron Mine
Anneliese Botelho, Master Degree at Federal University of Rio Grande do Sul, Brazil.
Sarah R. Guazzelli, PhD candidate at Federal University of Rio Grande do Sul, Brazil.
Jair C. Koppe, Mining Engineer, MSc, PhD, Engineering Department, Federal University of Rio Grande do Sul, Brazil
Enrique Munaretti, Mining Engineer, MSc, PhD, Engineering Department, Federal University of Rio Grande do Sul, Brazil
某鐵礦的炮孔深度、超深和填塞分析 布魯塞爾
44. Underwater Blast Pressure Monitoring for the Columbia River Channel Improvement Project
Kristen Dunlap Kolden1, Alaska Seismic & Environmental, LLC, Juneau, AK
Cathy Aimone-Martin, Aimone-Martin Associates, LLC, Socorro, NM
哥倫比亞河航道整治項(xiàng)目的水下爆破壓力監(jiān)測(cè)
45. Particles Size Distribution by Static Loading and Fragmentation Using Explosive
V.A. Akinbinua & E.J. Sellers b
a School of Mining Engineering, University of the Witwatersrand
b AEL Mining Services, Modderfontein, South Africa
靜負(fù)荷的粒度分布和爆破破巖
46. Rapid Raising
James (Jim) Peterson, Application Engineer, Caterpillar Global Mining LLC
高速的掘進(jìn)設(shè)備
47. Evaluation of Advanced Bulk Emulsion Explosive and Loading System
Greg Gibson, AngloGold Ashanti
Lawrence Mirabelli, Dyno Nobel Inc.
新型散裝乳化炸藥和裝載系統(tǒng)的評(píng)估
48. Calibration of a Fragmentation Model for a New Mining Operation
María Rocha, Split Engineering Chile
John Kemeny, Split Engineering, University of Arizona
Tom BoBo, Split Engineering
Cristian Rodriguez, Split Engineering Chile
為了新的開(kāi)采作業(yè)的破碎巖石模型校準(zhǔn)
49. Mining and Fragmentation: Proposal for a More Efficient Mine Management
Benjamin Cebrian, Blast Consult S.L.
Ivan Carrasco, Cobre Las Cruces, S.A. (FQM Group)
采礦與破巖：一個(gè)更有效的礦山管理建議
50.Portable Rock Fragmentation Sensing Using 3D Imaging
Bahram Sameti, Nima Ziraknejad, Aylin Azmin, Edmond Chow, Ian Bell and
Shahram Tafazoli
Motion Metrics International Corp.
基于3D成像的便攜式巖石破碎傳感器
51. A Review of Timing Requirements for Optimization of Fragmentation
P. Katsabanis, O. Omidi, O. Rielo and P. Ross
The Robert M. Buchan Department of Mining Queen’s University Kingston, ON, Canada
優(yōu)化破巖的時(shí)間設(shè)置要求綜述 加拿大
52. Measurement of Pressure Variances
Phillip Mulligan1, Caleb Baumgart2, and Dr. Jason Baird3
1Doctoral Candidate Missouri University of Science and Technology
2Masters Student Missouri University of Science and Technology
3Associate Professor Missouri University of Science and Technology
壓力差異的測(cè)量
53. Off-The-Shelf Cellular-Based Magazine Security
David Buckwalter, Brubacher Drilling & Blasting,
Ken Steinmetz, Brubacher Drilling & Blasting,
Lon Santis, BuckeyeCam Dealer, LLC
基于現(xiàn)成移動(dòng)電話的彈藥庫(kù)安全管理
54. Non-Ideal Blasting for Ideal Grinding - Part Two
Jack Eloranta, Eloranta & Associates Inc.
為達(dá)到理想研磨的非理想爆破
55. Development and Blast Applications for Resolution Copper's No. 10 Shaft
Tom Goodell, Resolution Copper Company, General Manager Shaft Development, Superior, Arizona
James Cox, Account Manager, Orica Intermountain West, Inc., Tucson, Arizona
D. Scott Scovira, Implementation Manager, Orica Global Blasting Services, Watkins, Colorado
Resolution銅礦第十通道的開(kāi)發(fā)和爆破應(yīng)用
56. Open Pit Wall Control Analysis using Photogrammetry
Charles Zdazinsky, Orica Mining Services
基于攝影制圖法的露天礦邊坡控制分析
57. Effect of Ingredients on the Minimum Burning Pressure of
Ammonium Nitrate Emulsions
Badeen C.1, Goldthorp S.1, Turcotte R.1, Feng H.1, Chan S.K.2, Alilovic I.2
1 Canadian Explosives Research Laboratory, Ottawa, Ontario, Canada
2 Orica, Kurri Kurri, NSW, Australia
原料對(duì)硝銨乳化炸藥最小燃燒壓力的影響 加拿大
58. A Linear Interpolation of Vibration Waveforms for Varying Seed Waveform Vibration Modeling
Ruilin Yang1 and Kameron Ray2
1 - Orica USA Inc. and 2, – Maptek, Lakewood, CO
基于振動(dòng)波形線性插值的不同種子波形的振動(dòng)建模
59. Technical Review of Safe Blasting Design at Limited Distance
Agus Setiabudi, PT Dahana (Persero), Indonesia
有限距離下的爆破設(shè)計(jì)安全技術(shù)評(píng)審 印度尼西亞
60. Blast Segmentation for Vibration Management
Lee Julian, JKTech, Australia
振動(dòng)管理的爆破分段 澳大利亞
61. NOx Emissions from Blasting Activities in a Surface Mining Operation
Catherine Johnson, University of Kentucky
Braden T. Lusk, University of Kentucky
Joshua Micah Hoffman, University of Kentucky
露天礦爆破施工中的氮氧化物釋放量
62. The Recovery of a Dozer from a Highwall Using Blasting
Tristan Worsey, Newmont Mining Corporation
Tyler Acorn, Newmont Mining Corporation
爆破救援從高墻滑下的推土機(jī)
63. IMESAFR Sensitivity Studies
Tyler Ross, Ph.D., P.E., APT Research
John Tatom, APT Research
Lon Santis, Institute of Makers of Explosives
炸藥制造商協(xié)會(huì)安全風(fēng)險(xiǎn)分析的敏感性研究 美國(guó)
（中國(guó)工程爆破協(xié)會(huì)國(guó)際聯(lián)絡(luò)與信息部 宋文峰）