The diesels roared, the conductors jumped aboard, and off the train went.

内燃出轰, 车员跳上车厢, 火车开走了。

Engineers are still trying to come up with a commercially viable replacement for internal-combustion engines.

工程师在设法制造一种在商业上切实可行的动来取代内燃。

Chapter Three gives design of machine of washing-system .researches drive, steel framework and executing-part, according to mechlorethamine design rule.

第三章结合电系统设计理论对内燃车清洗的械系统进行研究并完成了体结构、动力源、械执行构三个方面的设计。

Besides, laser optoacoustic spectroscopy technique and laser mass spectrometry will play more important role in research of internal combustion engine.

另外，激光光光谱技术、激光质谱仪等有望在内燃的研究中大的作用。

The tribophysics of the cylinder liner—piston rings in an internal combustion engine is a typical tribological system with the reciprocating motion and the impacting motion.

内燃缸套——活塞环摩擦副系统是一个集往复、冲击于一体的典型的摩擦学系统。

The diesels roared, the conductors jumped aboard, and off the train went.

内燃发出轰鸣声, 列车员跳上车厢, 火车开走了。

Engineers are still trying to come up with a commercially viable replacement for internal-combustion engines.

工程师在设法制造一种在商业上切实可行的发来取代内燃。

Chapter Three gives design of machine of washing-system .researches drive, steel framework and executing-part, according to mechlorethamine design rule.

第三电系统设计理论对内燃车清洗的械系统进行研究并完成了体、力源、械执行三个方面的设计。

Besides, laser optoacoustic spectroscopy technique and laser mass spectrometry will play more important role in research of internal combustion engine.

另外，激光光声光谱技术、激光质谱仪等有望在内燃的研究中发挥更大的作用。

The tribophysics of the cylinder liner—piston rings in an internal combustion engine is a typical tribological system with the reciprocating motion and the impacting motion.

内燃缸套——活塞环摩擦副系统是一个集往复、冲击于一体的典型的摩擦学系统。

The diesels roared, the conductors jumped aboard, and off the train went.

内燃发出轰鸣声, 列员跳上厢, 火了。

Engineers are still trying to come up with a commercially viable replacement for internal-combustion engines.

工程师设法制造一种商业上切实可行的发动来取代内燃。

Chapter Three gives design of machine of washing-system .researches drive, steel framework and executing-part, according to mechlorethamine design rule.

第三章结合电系统设计理论对内燃清洗的械系统进行研究并完成了体结构、动力源、械执行构三个方面的设计。

Besides, laser optoacoustic spectroscopy technique and laser mass spectrometry will play more important role in research of internal combustion engine.

另外，激光光声光谱技术、激光质谱仪等有内燃的研究中发挥更大的作用。

The tribophysics of the cylinder liner—piston rings in an internal combustion engine is a typical tribological system with the reciprocating motion and the impacting motion.

内燃缸套——活塞环摩擦副系统是一个集往复、冲击于一体的典型的摩擦学系统。

The diesels roared, the conductors jumped aboard, and off the train went.

内燃发出轰鸣声, 列车员跳上车厢, 火车开走了。

Engineers are still trying to come up with a commercially viable replacement for internal-combustion engines.

工程师在设法制造一种在商业上切实可行的发来取代内燃。

Chapter Three gives design of machine of washing-system .researches drive, steel framework and executing-part, according to mechlorethamine design rule.

结合电系统设计理论对内燃车清洗的械系统进行研究并完成了体结构、、械执行构个方面的设计。

Besides, laser optoacoustic spectroscopy technique and laser mass spectrometry will play more important role in research of internal combustion engine.

另外，激光光声光谱技术、激光质谱仪等有望在内燃的研究中发挥更大的作用。

The tribophysics of the cylinder liner—piston rings in an internal combustion engine is a typical tribological system with the reciprocating motion and the impacting motion.

内燃缸套——活塞环摩擦副系统是一个集往复、冲击于一体的典型的摩擦学系统。

The diesels roared, the conductors jumped aboard, and off the train went.

内燃发出轰鸣声, 列上厢, 火开走了。

Engineers are still trying to come up with a commercially viable replacement for internal-combustion engines.

工程师在设法制造一种在商业上切实可行的发动来取代内燃。

Chapter Three gives design of machine of washing-system .researches drive, steel framework and executing-part, according to mechlorethamine design rule.

第三章结合电系统设计理论对内燃清洗的械系统进行并完成了体结构、动力源、械执行构三个方面的设计。

Besides, laser optoacoustic spectroscopy technique and laser mass spectrometry will play more important role in research of internal combustion engine.

另外，激光光声光谱技术、激光质谱仪等有望在内燃的发挥更大的作用。

The tribophysics of the cylinder liner—piston rings in an internal combustion engine is a typical tribological system with the reciprocating motion and the impacting motion.

内燃缸套——活塞环摩擦副系统是一个集往复、冲击于一体的典型的摩擦学系统。

The diesels roared, the conductors jumped aboard, and off the train went.

内燃发出轰鸣声, 列车员跳上车厢, 火车开走了。

Engineers are still trying to come up with a commercially viable replacement for internal-combustion engines.

工程师在设法制造一种在商业上切实可行的发动来取代内燃。

Chapter Three gives design of machine of washing-system .researches drive, steel framework and executing-part, according to mechlorethamine design rule.

第三章结合电系统设对内燃车清洗的械系统进行完成了体结构、动力源、械执行构三个方面的设。

Besides, laser optoacoustic spectroscopy technique and laser mass spectrometry will play more important role in research of internal combustion engine.

另外，激光光声光谱技术、激光质谱仪等有望在内燃的中发挥更大的作用。

The tribophysics of the cylinder liner—piston rings in an internal combustion engine is a typical tribological system with the reciprocating motion and the impacting motion.

内燃缸套——活塞环摩擦副系统是一个集往复、冲击于一体的典型的摩擦学系统。

The diesels roared, the conductors jumped aboard, and off the train went.

内燃发出轰鸣声, 列车员跳上车厢, 火车开走了。

Engineers are still trying to come up with a commercially viable replacement for internal-combustion engines.

工程师在设法制造一种在商业上切实可行的发动代内燃。

Chapter Three gives design of machine of washing-system .researches drive, steel framework and executing-part, according to mechlorethamine design rule.

第章结合电系统设计理论对内燃车清洗的械系统进行研究并完成了体结、动力源、械执行个方面的设计。

Besides, laser optoacoustic spectroscopy technique and laser mass spectrometry will play more important role in research of internal combustion engine.

另外，激光光声光谱技术、激光质谱仪等有望在内燃的研究中发挥更大的作用。

The tribophysics of the cylinder liner—piston rings in an internal combustion engine is a typical tribological system with the reciprocating motion and the impacting motion.

内燃缸套——活塞环摩擦副系统是一个集往复、冲击于一体的典型的摩擦学系统。

The diesels roared, the conductors jumped aboard, and off the train went.

内燃出轰鸣声, 列车员跳上车厢, 火车开走了。

Engineers are still trying to come up with a commercially viable replacement for internal-combustion engines.

工程师在设法制造一种在商业上切实可行来取代内燃。

Chapter Three gives design of machine of washing-system .researches drive, steel framework and executing-part, according to mechlorethamine design rule.

第三章结合电系统设计理论对内燃车清洗械系统进行研究并完成了体结构、力源、械执行构三设计。

Besides, laser optoacoustic spectroscopy technique and laser mass spectrometry will play more important role in research of internal combustion engine.

另外，激光光声光谱技术、激光质谱仪等有望在内燃研究中挥更大作用。

The tribophysics of the cylinder liner—piston rings in an internal combustion engine is a typical tribological system with the reciprocating motion and the impacting motion.

内燃缸套——活塞环摩擦副系统是一集往复、冲击于一体典型摩擦学系统。

The diesels roared, the conductors jumped aboard, and off the train went.

内燃出轰鸣声, 列车员跳上车厢, 火车开走了。

Engineers are still trying to come up with a commercially viable replacement for internal-combustion engines.

工程师在设法制造一种在商业上切实可行的来取代内燃。

Chapter Three gives design of machine of washing-system .researches drive, steel framework and executing-part, according to mechlorethamine design rule.

第章结合电系统设计理论对内燃车清洗的械系统进行研究并完成了体结构、力源、械执行构面的设计。

Besides, laser optoacoustic spectroscopy technique and laser mass spectrometry will play more important role in research of internal combustion engine.

另外，激光光声光谱技术、激光质谱仪等有望在内燃的研究中挥更大的作用。

The tribophysics of the cylinder liner—piston rings in an internal combustion engine is a typical tribological system with the reciprocating motion and the impacting motion.

内燃缸套——活塞环摩擦副系统是一集往复、冲击于一体的典型的摩擦学系统。

The diesels roared, the conductors jumped aboard, and off the train went.

内燃发出轰鸣, 列车员跳上车厢, 火车开走了。

Engineers are still trying to come up with a commercially viable replacement for internal-combustion engines.

工程师设法制造商业上切实可行的发动来取代内燃。

Chapter Three gives design of machine of washing-system .researches drive, steel framework and executing-part, according to mechlorethamine design rule.

第三章结合电系统设计理论对内燃车清洗的械系统进行研究并完成了体结构、动力源、械执行构三个方面的设计。

Besides, laser optoacoustic spectroscopy technique and laser mass spectrometry will play more important role in research of internal combustion engine.

另外，激谱技术、激质谱仪等有望内燃的研究中发挥更大的作用。

The tribophysics of the cylinder liner—piston rings in an internal combustion engine is a typical tribological system with the reciprocating motion and the impacting motion.

内燃缸套——活塞环摩擦副系统是个集往复、冲击于体的典型的摩擦学系统。