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English英语译成Chinese汉语: Product Profile General field: 医学 Detailed field: 医疗：医药
原文文本 - English英语 1. No significant clinical immunosuppression
2. No malignancies (supported by non-clinical projects and safety extension in Phase II studies)
3. EASI > 50% reduction
4. Some effect seen within 2-3 weeks, full effect seen before 10 weeks
English英语译成Chinese汉语: Auto General field: 技术/工程设计 Detailed field: 汽车制造/轿车与卡车
原文文本 - English英语 The Mulsanne Engineers set 3 challenges: first, the engine needed to produce effortless torque from extremely low revs. Secondly, it should maintain the highest levels of refinement at any speed. Thirdly, and of equal importance, it would need to satisfy strict environmental emissions for years to come.
Whilst other powertrain configurations were considered by the Mulsanne engineers, it became clear that these targets, along with the massive torque, that is such a trademark of every grand Bentley, could be best achieved with a V8 engine – the configuration that has been used so successfully in the past.
Every major component from the crankshaft to the pistons to the connecting rods are now designed to be light and strong and reduce internal loads and friction for even better engine response. To achieve a significant reduction in fuel consumption and CO2 emissions plus improved refinement and torque, the Mulsanne’s V8 sees the introduction of two new control systems – Cam Phasing and, a first for the flagship motoring sector, Variable Displacement.
The pioneering use of these two technologies in combination allows the engine management system to adjust the V8’s breathing, thereby improving idle quality, increasing torque from low revs and offering better fuel economy and CO2 emissions. Variable displacement imperceptibly powers down four cylinders when cruising with a light load. The moment you press your foot down, however, it instantly and seamlessly brings all eight cylinders into play.”
English英语译成Chinese汉语: Oil and gas General field: 其它 Detailed field: 石油能源/石油科学
原文文本 - English英语 *** fracturing services use an uncemented liner with packer spacing based on the required number of stages. The hardware components for the *** services are typically installed in a simple and straightforward well operation. Once in place, the packers are hydraulically set, and fracturing fluids are pumped in up to nine separate stages per run, but in a single, continuous operation. Following pumping operations, stimulation fluids can be flowed back immediately to maximize load recovery and to minimize the time required for cleanup and the volume of fluid retained in the formation. Multizone fracturing, as opposed to traditional methods that include multiple trips per zone, targets both economic and technological concerns. Through efficient practices and new techniques, these services may reduce weeks of rig costs to a few days or even entirely eliminate the need for a workover or drilling rig. Multizone fracturing practices also are able to deliver more effective treatments that optimize formation contact because they can more accurately place treatments without adding risk.
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